Modelithics RFMD MVP Model Listing

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HeadingTitle">   </div> <div class="col-md-4 top-left"> <a href="/MVP"> <img src="/Images/mvp/New_MVP_Logo.png" class="img-responsive " width="245" height="165" alt="Modelithics Vendor Partner"></a> </div> </div> <div class="row"> <div class="col-md-8 id=mvp"> <br /> <p><span>RFMW is a specialty electronics distribution company focused exclusively on serving customers that require RF, microwave, and power components and semiconductors, as well as component engineering support. The company continues to expand its list of products from selective suppliers with RF, microwave, and power management leaders. RFMW deploys a highly experienced, technically skilled team to assist customers with component selection and fulfillment and offers a one-stop shop for any customer's specific requirements.</span></p> <p> Start your next design with the most <a href="/Model/DesignEnv">accurate</a> and <a href="/Model/WellDocumented" target="_blank">well documented</a> RF, microwave and mm-wave simulation models in the industry! Modelithics passive and active, <a href="/Model/Measurement">measurement-based</a> simulation models integrate seamlessly with the latest electronic design automation (EDA) simulation tools. </p> <p> Visit the <a href="/Model">Modelithics COMPLETE Library®</a> for more information on the full capabilities and advantages of Modelithics <strong>high accuracy</strong> models. Our goal is to help you <strong>achieve first pass design success!</strong> </p> <br /> <div class="row"> <h4 class="text-center"><strong>RFMW Proudly Represents these Modelithics Vendor Partners</strong></h4><br /> <div class="col-md-3 mgm6"> <a href="/mvp/qorvo"><img src="/Images/mvp/Qorvo_RGB.svg" class="img-fluid" /></a> </div> <div class="col-md-3 mgm6"> <a href="/mvp/smithsinterconnect"><img src="/Images/mvp/SmithsINC_RGB.svg" class="img-fluid"/></a> </div> <div class="col-md-3 mgm6"> <a href="https://markimicrowave.com/"><img src="/Images/mvp/MarkiMW_RGB.svg" class="img-fluid" /> </a> </div> <div class="col-md-3 mgm6"> <a href="/mvp/knowles"><img src="/Images/mvp/Knowles_RGB.svg" class="img-fluid" /> </a> </div> </div> <div class="row"> <div class="col-md-3 mgm7"> <a href="/mvp/guerrillarf"><img src="/Images/mvp/GuerrillaRF_RGB.svg" class="img-responsive" /></a> </div> <div class="col-md-3 mgm7"> <a href="https://www.spectrumcontrol.com/"><img 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height="80"></a> </p> <div> </div> <p> <ul class="list-group"> <li class="HeaderListGroup list-group-item active">Brochures</li> <li class="list-group-item"><a href="https://www.modelithics.com/account/dloadtrackerfree?dtype=11&lit=1645&returnUrl=%2FFreeDownloads%2FBrochures%2FLibrary_Licensing_Options.pdf&littype=26">Library & Licensing</a> <li class="list-group-item"><a href="https://www.modelithics.com/account/dloadtrackerfree?dlid=30&lit=1406&returnUrl=%2FFreeDownloads%2FBrochures%2FModelithicsQorvoGaNDatasheet.pdf&littype=2">Modelithics Qorvo GaN Library</a></li> </ul> </p> <br /> <br /><br /> </div> </div> <div class="row"> <a name="modellist"></a> <div class="tabbable SpaceTop mgm"> <ul class="nav nav-pills"> <li class="active"><a href="#components" data-toggle="tab">Component Listing</a></li> <li><a href="#qgan" data-toggle="tab">Modelithics Qorvo GaN Library</a></li> <li><a href="#promos" data-toggle="tab">News/Promotions</a></li> </ul> <div class="tab-content"> <div id="components" class="tab-pane active "> <div class="container" id="pview2"> <div class="row"> <div class="col-md-12 ">  <table class="table table-striped table-hover display table-bordered table-responsive " id="example"> <thead> <tr class="text-products"> <th>More Info</th> <th class="select-filter"> Vendor </th> <th class="select-filter"> Part Number <img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" />   </th> <th> Model <img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" />   </th> <th> Body Style </th> <th> Component </th> <th> Max Freq (GHz) </th> <th> Power Out (dBm) </th> <th> Simulator </th> <th> Part Values </th> <th> Library </th> <th> Downloads </th> <th> Features </th> </tr> </thead> <tbody> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=4040J data-key-5=%20% data-key-6=The%20%CAP-SYF-4040-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Knowles%20%Syfer%20%P/N%20%4040%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.knowlescapacitors.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance%20%and%20%component%20%value%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%A%20%single,%20%substrate%20%scalable%20%and%20%part%20%value%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/4040J.pdf target="blank">4040J</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=1525&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-SYF-4040-001_datasheet.pdf" target="blank">CAP-SYF-4040-001</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> 4040 </td> <td> Capacitor </td> <td> 10 </td> <td> </td> <td> ADS </td> <td> 1.2 - 5100 pF </td> <td> CLR -Large-Parts </td> <td>   </td> <td> PS: SS: VS: </td> </tr> <tr data-key-1=Unknown data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=AFT09MS015N data-key-5=%20% data-key-6=n/a data-key-8=LDMOS data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> NXP </td> <td width="10%"> <a href=/models/Vendor/NXP/AFT09MS015N.pdf target="blank">AFT09MS015N</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mdl=851&returnUrl=%2Fmodels%2Fdatasheet%2FLDMOS%2FAMPXP-NXP-AFT09MS015N-001_datasheet.pdf" target="blank">AMPXP-NXP-AFT09MS015N-001</a> </td> <td> PLD-1.5W </td> <td> LDMOS </td> <td> </td> <td> 33.0 </td> <td> ADS </td> <td> </td> <td> Unknown </td> <td>   </td> <td> </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=AH101 data-key-5=%20% data-key-6=The%20%AMPXP-QOR-AH101-001%20%is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%Qorvo%20%AH101%20%medium%20%power,%20%high%20%linearity%20%amplifier%20%in%20%SOT-89%20%package.%20%%20%This%20%amplifier%20%is%20%designed%20%for%20%0.05-1.5%20%GHz%20%applications%20%and%20%offers%20%an%20%excellent%20%dynamic%20%range.%20%A%20%combination%20%of%20%S-Parameter/X-parameter%20%model%20%structure%20%enables%20%the%20%model%20%to%20%predict%20%the%20%broadband%20%small-signal%20%S-parameter%20%as%20%well%20%as%20%large-signal%20%results. data-key-8=Amplifier data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/AH101.pdf target="blank">AH101</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=38&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPXP-QOR-AH101-001_datasheet.pdf" target="blank">AMPXP-QOR-AH101-001</a> </td> <td> SOT-89 </td> <td> Amplifier </td> <td> 15 </td> <td> 26.5 </td> <td> ADS-Genesys </td> <td> </td> <td> SLC - Components </td> <td>   </td> <td> NL: XP: SP: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=AH101 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%AMPXP-QOR-AH101-001%20%is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%Qorvo%20%AH101%20%medium%20%power,%20%high%20%linearity%20%amplifier%20%in%20%SOT-89%20%package.%20%%20%This%20%amplifier%20%is%20%designed%20%for%20%0.05-1.5%20%GHz%20%applications%20%and%20%offers%20%an%20%excellent%20%dynamic%20%range.%20%A%20%combination%20%of%20%S-Parameter/X-parameter%20%model%20%structure%20%enables%20%the%20%model%20%to%20%predict%20%the%20%broadband%20%small-signal%20%S-parameter%20%as%20%well%20%as%20%large-signal%20%results. data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/AH101.pdf target="blank">AH101</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=888&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMP-QOR-AH101-001_datasheet.pdf" target="blank">AMP-QOR-AH101-001</a> </td> <td> MMIC </td> <td> Amplifier </td> <td> 15 </td> <td> 26.5 </td> <td> ADS-MWO </td> <td> </td> <td> SLC - Components </td> <td>   </td> <td> NL: TS: IM: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=ANC50-100W data-key-5=%20% data-key-6=The%20%RES-AFE-5050W-002%20%is%20%a%20%substrate%20%scalable%20%Global%20%ModelTM%20%for%20%the%20%Aeroflex%20%P/N%20%ANC50-100W-50R0G%20%surface%20%mount%20%chip%20%resistor%20%(additional%20%information%20%is%20%available%20%at%20%www.aeroflex.com/inmet).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width%20%and%20%pad%20%length%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%ModelTM%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%resistor%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/API_Inmet target="_blank">API_Inmet</a> </td> <td width="10%"> <a href=/models/Vendor/API_Inmet/ANC50-100W.pdf target="blank">ANC50-100W</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=43&mdl=491&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-AFE-50100W-002_datasheet.pdf" target="blank">RES-AFE-50100W-002</a> </td> <td> 50x100 </td> <td> Resistor </td> <td> 30 </td> <td> </td> <td> ADS </td> <td> 50 Ohms </td> <td> CLR -Large-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=491" target="_blank">S-Parameters</a> </td> <td> PS: SS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=ANC50-50W data-key-5=%20% data-key-6=The%20%RES-AFE-5050W-002%20%is%20%a%20%substrate%20%scalable%20%Global%20%ModelTM%20%for%20%the%20%Aeroflex%20%P/N%20%ANC50-50W-50R0G%20%surface%20%mount%20%chip%20%resistor%20%(additional%20%information%20%is%20%available%20%at%20%www.aeroflex.com/inmet).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width%20%and%20%pad%20%length%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%ModelTM%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%resistor%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/API_Inmet target="_blank">API_Inmet</a> </td> <td width="10%"> <a href=/models/Vendor/API_Inmet/ANC50-50W.pdf target="blank">ANC50-50W</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=43&mdl=493&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-AFE-5050W-002_datasheet.pdf" target="blank">RES-AFE-5050W-002</a> </td> <td> 50x50 </td> <td> Resistor </td> <td> 30 </td> <td> </td> <td> ADS </td> <td> 50 Ohms </td> <td> CLR -Large-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=493" target="_blank">S-Parameters</a> </td> <td> PS: SS: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=AT5xxF data-key-5=%20% data-key-6=The%20%ATT-SINT-AT5xxF-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Smiths%20%Interconnects%20%P/N AT5xxF.%20%The%20%model%20%represents%20%the%20%AT5%20%fixed-value%20%chip%20%attenuator%20%series%20%(additional%20%information%20%is%20%available%20%at www.smithsinterconnect.com).%20%The%20%models%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness%20%and%20%component tolerance%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that accurately%20%emulates%20%all%20%attenuator%20%values%20%within%20%the%20%valid%20%attenuation%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%built-in solder%20%pad%20%mount%20%effects%20%to%20%be%20%disabled. data-key-8=Attenuator data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/AT5xxF.pdf target="blank">AT5xxF</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1453&returnUrl=%2Fmodels%2Fdatasheet%2FAttenuator%2FATT-SINT-AT5XXF-001_datasheet.pdf" target="blank">ATT-SINT-AT5XXF-001</a> </td> <td> SMT </td> <td> Attenuator </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> 0 - 10 dB </td> <td> SLC - Components </td> <td>   <br /> <a href="/model/getsparams?id1=1453" target="_blank">S-Parameters</a> </td> <td> BB: SS: VS: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=AT7xxF data-key-5=%20% data-key-6=The%20%ATT-SINT-AT7xxF-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Smiths%20%Interconnects%20%P/N AT7xxF.%20%The%20%model%20%represents%20%the%20%AT7%20%fixed-value%20%chip%20%attenuator%20%series%20%(additional%20%information%20%is%20%available%20%at www.smithsinterconnect.com).%20%The%20%models%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness%20%and%20%component tolerance%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that accurately%20%emulates%20%all%20%attenuator%20%values%20%within%20%the%20%valid%20%attenuation%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%built-in solder%20%pad%20%mount%20%effects%20%to%20%be%20%disabled. data-key-8=Attenuator data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/AT7xxF.pdf target="blank">AT7xxF</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1454&returnUrl=%2Fmodels%2Fdatasheet%2FAttenuator%2FATT-SINT-AT7XXF-001_datasheet.pdf" target="blank">ATT-SINT-AT7XXF-001</a> </td> <td> SMT </td> <td> Attenuator </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 0 - 10 dB </td> <td> SLC - Components </td> <td>   <br /> <a href="/model/getsparams?id1=1454" target="_blank">S-Parameters</a> </td> <td> BB: SS: VS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=BF1211 data-key-5=%20% data-key-6=The%20%DGMOS-NXP-BF1211%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%NXP%20%n-channel%20%dual-gate%20%packaged%20%MOSFET.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%gain%20%controlled%20%low%20%noise%20%VHF%20%and%20%UHF%20%amplifiers%20%for%20%5V%20%digital%20%and%20%analog%20%television%20%tuner%20%applications.%20%The%20%model%20%is%20%temperature%20%dependent%20%and%20%is%20%validated%20%from%20%250C%20%to%20%850C.%20% data-key-8=MOSFET data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> NXP </td> <td width="10%"> <a href=/models/Vendor/NXP/BF1211.pdf target="blank">BF1211</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mdl=234&returnUrl=%2Fmodels%2Fdatasheet%2FMOSFET%2FDGMOS-NXP-BF1211_datasheet.pdf" target="blank">DGMOS-NXP-BF1211</a> </td> <td> SOT-143B </td> <td> MOSFET </td> <td> 2 </td> <td> <10 dBm </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: NP: TS: </td> </tr> <tr data-key-1=SELECT - Free data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=BF1211 data-key-5=%20% data-key-6=The%20%DGMOS-PHL-BF1211-S%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%NXP%20%(formerly%20%Philips)%20%n-channel%20%dual-gate packaged%20%MOSFET.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%gain%20%controlled%20%low%20%noise%20%VHF%20%and%20%UHF%20%amplifiers for%20%5V%20%digital%20%and%20%analog%20%television%20%tuner%20%applications.%20%The%20%model%20%is%20%temperature%20%dependent%20%and%20%is validated%20%from%20%250C%20%to%20%850C. data-key-8=MOSFET data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> NXP </td> <td width="10%"> <a href=/models/Vendor/NXP/BF1211.pdf target="blank">BF1211</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mdl=235&returnUrl=%2Fmodels%2Fdatasheet%2FMOSFET%2FDGMOS-NXP-BF1211-S_datasheet.pdf" target="blank">DGMOS-NXP-BF1211-S</a> </td> <td> SOT-143B </td> <td> MOSFET </td> <td> 2 </td> <td> <10 dBm </td> <td> ADS </td> <td> </td> <td> SELECT - Free </td> <td>   </td> <td> NL: TS: NP: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=BF1212 data-key-5=%20% data-key-6=The%20%DGMOS-NXP-BF1212%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%NXP%20%n-channel%20%dual-gate%20%packaged%20%MOSFET.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%gain%20%controlled%20%low%20%noise%20%VHF%20%and%20%UHF%20%amplifiers%20%for%20%5V%20%digital%20%and%20%analog%20%television%20%tuner%20%applications.%20%The%20%model%20%is%20%temperature%20%dependent%20%and%20%is%20%validated%20%from%20%250C%20%to%20%850C. data-key-8=MOSFET data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> NXP </td> <td width="10%"> <a href=/models/Vendor/NXP/BF1212.pdf target="blank">BF1212</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mdl=236&returnUrl=%2Fmodels%2Fdatasheet%2FMOSFET%2FDGMOS-NXP-BF1212_datasheet.pdf" target="blank">DGMOS-NXP-BF1212</a> </td> <td> SOT-143B </td> <td> MOSFET </td> <td> 2 </td> <td> <10 dBm </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: NP: TS: </td> </tr> <tr data-key-1=SELECT - Free data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=BF1212 data-key-5=%20% data-key-6=The%20%DGMOS-PHL-BF1212-S%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%NXP%20%(formerly%20%Philips)%20%n-channel%20%dual-gate packaged%20%MOSFET.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%gain%20%controlled%20%low%20%noise%20%VHF%20%and%20%UHF%20%amplifiers for%20%5V%20%digital%20%and%20%analog%20%television%20%tuner%20%applications.%20%The%20%model%20%is%20%temperature%20%dependent%20%and is%20%validated%20%from%20%250C%20%to%20%850C. data-key-8=MOSFET data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> NXP </td> <td width="10%"> <a href=/models/Vendor/NXP/BF1212.pdf target="blank">BF1212</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mdl=237&returnUrl=%2Fmodels%2Fdatasheet%2FMOSFET%2FDGMOS-NXP-BF1212-S_datasheet.pdf" target="blank">DGMOS-NXP-BF1212-S</a> </td> <td> SOT-143B </td> <td> MOSFET </td> <td> 2 </td> <td> <10 dBm </td> <td> ADS </td> <td> </td> <td> SELECT - Free </td> <td>   </td> <td> NL: TS: NP: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=BF861B data-key-5=%20% data-key-6=The%20%JFT-PHL-BF861B%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%NXP%20%(formerly%20%Philips)%20%BF861B%20%N%20%Channel%20%JFET%20%in%20%a%20%SOT23%20%package%20%based%20%on%20%the%20%extraction%20%of%20%the%20%Scichman%20%and%20%Hodges%20%format%20%.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%500%20%MHz.%20%The%20%model%20%is%20%designed%20%for%20%use%20%in%20%pre-amplifiers%20%for%20%AM%20%tuners%20%in%20%car%20%radios.%20% data-key-8=JFET data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> NXP </td> <td width="10%"> <a href=/models/Vendor/NXP/BF861B.pdf target="blank">BF861B</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mdl=415&returnUrl=%2Fmodels%2Fdatasheet%2FJFET%2FJFT-NXP-BF861B_datasheet.pdf" target="blank">JFT-NXP-BF861B</a> </td> <td> SOT-23 </td> <td> JFET </td> <td> .5 </td> <td> 0 dBm </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=BF862 data-key-5=%20% data-key-6=The%20%JFET_PHL_BF862%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%NXP%20%(formerly%20%Philips)%20%n-channel%20%JFET%20%BF862.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%2%20%GHz.%20%The%20%device%20%is%20%designed%20%for%20%broadband%20%commercial%20%and%20%industrial%20%applications,%20%especially%20%for%20%preamplifiers%20%in%20%AM%20%car%20%radio%20%design.%20% data-key-8=JFET data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> NXP </td> <td width="10%"> <a href=/models/Vendor/NXP/BF862.pdf target="blank">BF862</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mdl=416&returnUrl=%2Fmodels%2Fdatasheet%2FJFET%2FJFT-NXP-BF862_datasheet.pdf" target="blank">JFT-NXP-BF862</a> </td> <td> SOT-23 </td> <td> JFET </td> <td> 2.5 </td> <td> 0 dBm </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: NP: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=BFQ540 data-key-5=%20% data-key-6=The%20%BJT-NXP-BFQ540%20%is%20%a%20%non-linear%20%substrate-scalable%20%BJT%20%model%20%for%20%the%20%NXP%20%BFQ540%20%NPN%20%wideband%20%transistor%20%in%20%a%20%SOT-89%20%package.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%6%20%GHz.%20%The%20%BJT%20%model%20%was%20%developed%20%from%20%measured%20%data%20%with%20%the%20%transistor%20%in%20%a%20%common%20%emitter%20%configuration.%20%Users%20%specify%20%substrate%20%thickness,%20%relative%20%dielectric%20%constant,%20%conductor%20%thickness,%20%and%20%substrate%20%loss%20%tangent.%20%This%20%device%20%is%20%designed%20%for%20%VHF,%20%UHF%20%and%20%CATV%20%amplifier%20%applications.%20% data-key-8=NPNBJT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> NXP </td> <td width="10%"> <a href=/models/Vendor/NXP/BFQ540.pdf target="blank">BFQ540</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mdl=64&returnUrl=%2Fmodels%2Fdatasheet%2FNPNBJT%2FBJT-NXP-BFQ540_datasheet.pdf" target="blank">BJT-NXP-BFQ540</a> </td> <td> SOT-89 </td> <td> NPNBJT </td> <td> 6 </td> <td> 17 dBm </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: SS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=BFS505 data-key-5=%20% data-key-6=The%20%BJT-NXP-BFS505%20%is%20%a%20%non-linear%20%Gummel-Poon%20%model%20%for%20%the%20%NXP%20%BFS505%20%NPN%20%BJT%20%in%20%a%20%SOT323%20%package.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%10%20%GHz.%20%Users%20%specify%20%substrate%20%thickness,%20%relative%20%dielectric%20%constant,%20%conductor%20%thickness,%20%substrate%20%loss%20%tangent,%20%and%20%device%20%operating%20%temperature.%20%The%20%model%20%is%20%intended%20%for%20%use%20%in%20%RF%20%portable%20%%20%communication%20%equipment.%20% data-key-8=NPNBJT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> NXP </td> <td width="10%"> <a href=/models/Vendor/NXP/BFS505.pdf target="blank">BFS505</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mdl=65&returnUrl=%2Fmodels%2Fdatasheet%2FNPNBJT%2FBJT-NXP-BFS505_datasheet.pdf" target="blank">BJT-NXP-BFS505</a> </td> <td> SOT-323 </td> <td> NPNBJT </td> <td> 10 </td> <td> 4 dBm </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> IM: NL: NP: SS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=BFS520 data-key-5=%20% data-key-6=The%20%BJT-NXP-BFS520%20%is%20%a%20%non-linear%20%Gummel-Pool%20%model%20%for%20%the%20%NXP%20%BFS520%20%NPN%20%BJT%20%in%20%a%20%SOT323%20%package.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%6%20%GHz.%20%Users%20%specify%20%substrate%20%thickness,%20%relative%20%dielectric%20%constant,%20%conductor%20%thickness,%20%and%20%substrate%20%loss%20%tangent.%20%The%20%model%20%is%20%intended%20%for%20%use%20%in%20%wideband%20%applications%20%such%20%as%20%TV%20%tuners%20%and%20%cellular%20%. data-key-8=NPNBJT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> NXP </td> <td width="10%"> <a href=/models/Vendor/NXP/BFS520.pdf target="blank">BFS520</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mdl=66&returnUrl=%2Fmodels%2Fdatasheet%2FNPNBJT%2FBJT-NXP-BFS520_datasheet.pdf" target="blank">BJT-NXP-BFS520</a> </td> <td> SOT-323 </td> <td> NPNBJT </td> <td> 6 </td> <td> 17 dBm </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=BFS540 data-key-5=%20% data-key-6=The%20%BJT-NXP-BFS540%20%is%20%a%20%non-linear%20%Gummel-Poon%20%model%20%for%20%the%20%NXP%20%BFS540%20%NPN%20%BJT%20%in%20%a%20%SOT323%20%package.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%10%20%GHz.%20% data-key-8=NPNBJT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> NXP </td> <td width="10%"> <a href=/models/Vendor/NXP/BFS540.pdf target="blank">BFS540</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mdl=67&returnUrl=%2Fmodels%2Fdatasheet%2FNPNBJT%2FBJT-NXP-BFS540_datasheet.pdf" target="blank">BJT-NXP-BFS540</a> </td> <td> SOT-323 </td> <td> NPNBJT </td> <td> 10 </td> <td> 21 dBm </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> LP: NL: SS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=BLF542 data-key-5=%20% data-key-6=The%20%MOS-NXP-BLF542%20%is%20%a%20%nonlinear%20%Curtice%20%Modelithics%20%Cree%20%(CMC)%20%LDMOS%20%model%20%for%20%the%20%NXP%20%(formerly%20%Philips)%20%BLF542,%20%a%20%packaged%20%N-Channel%20%enhancement%20%model%20%vertical%20%D-MOS%20%power%20%transis%20%tor.%20%The%20%model%20%is%20%intended%20%for%20%large%20%signal%20%amplifier%20%applications%20%in%20%the%20%UHF%20%frequency%20%range.%20%%20% data-key-8=MOSFET data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> NXP </td> <td width="10%"> <a href=/models/Vendor/NXP/BLF542.pdf target="blank">BLF542</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mdl=463&returnUrl=%2Fmodels%2Fdatasheet%2FMOSFET%2FMOS-NXP-BLF542_datasheet.pdf" target="blank">MOS-NXP-BLF542</a> </td> <td> SOT-171A </td> <td> MOSFET </td> <td> 1 </td> <td> 36.98 dBm </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=BLF548 data-key-5=%20% data-key-6=The%20%MOSFET%20%MOS-NXP-BLF548%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%the%20%Cree-Curtice-Modelithics%20%(CMC)%20%model%20%(see%20%page%20%8)%20%for%20%the%20%%20%NXP%20%(formerly%20%Philips)%20%BLF548%20%VDMOSFET.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%0.8%20%GHz.%20%%20%The%20%model%20%is%20%designed%20%for%20%large%20%signal%20%amplifier%20%application%20%in%20%the%20%UHF%20%frequency%20%range.%20%%20% data-key-8=MOSFET data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> NXP </td> <td width="10%"> <a href=/models/Vendor/NXP/BLF548.pdf target="blank">BLF548</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mdl=464&returnUrl=%2Fmodels%2Fdatasheet%2FMOSFET%2FMOS-NXP-BLF548_datasheet.pdf" target="blank">MOS-NXP-BLF548</a> </td> <td> SOT-262A2 </td> <td> MOSFET </td> <td> .8 </td> <td> 48.75 dBm </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> LP: NL: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=C04BL data-key-5=%20% data-key-6=The%20%CAP-DLI-0402-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Dielectric%20%Laboratories%20%P/N%20%C04BL121X-5UN-X0T%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.knowlescapacitors.com).%20%The%20%model%20%was%20%developed%20%from%20%measurements%20%of%20%a%20%440%20%pF%20%C04BL%20%capacitor,%20%this%20%resulted%20%in%20%a%20%capacitor%20%model%20%that%20%is%20%part-value%20%scalable%20%(ie%20%capacitance%20%is%20%a%20%user%20%input)%20%representing%20%the%20%C04BL%20%broadband%20%block%20%whose%20%minimum%20%guaranteed%20%value%20%is%20%120%20%pF.%20%The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Model%20%accounts%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated%20%with%20%measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/C04BL.pdf target="blank">C04BL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=836&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-DLI-0402-001_datasheet.pdf" target="blank">CAP-DLI-0402-001</a> </td> <td> 0402 </td> <td> Capacitor </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> 120 pF </td> <td> CLR Small-Parts </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=C04BL data-key-5=Available%20%Request%20%Quote data-key-6=The%20%CAP-DLI-0402-001-BRK%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Dielectric%20%Laboratories%20%P/N%20%C04BL121X-5UN-X0T%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.knowlescapacitors.com).%20%The%20%model%20%was%20%developed%20%from%20%measurements%20%of%20%a%20%440%20%pF%20%C04BL%20%capacitor,%20%this%20%resulted%20%in%20%a%20%capacitor%20%model%20%that%20%is%20%part-value%20%scalable%20%(ie%20%capacitance%20%is%20%a%20%user%20%input)%20%representing%20%the%20%C04BL%20%broadband%20%block%20%whose%20%minimum%20%guaranteed%20%value%20%is%20%120%20%pF.%20%The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Model%20%accounts%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated%20%with%20%measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/C04BL.pdf target="blank">C04BL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=1257&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-DLI-0402-001-BRK_datasheet.pdf" target="blank">CAP-DLI-0402-001-BRK</a> <img src="/Images/Misc/new.png" width="35" height="30" /> <img src="/Images/Misc/3dMods.png" width="41" height="30" /> </td> <td> 0402 </td> <td> Capacitor </td> <td> 40 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> 120 pF </td> <td> CLR - Passives </td> <td>   </td> <td> <a href="/model/models3d">3D</a>: BRK: BB: SS: PS: VS: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=C04UL data-key-5=%20% data-key-6=The%20%CAP-DLI-0402-002%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%P/N%20%C04UL%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.knowlescapacitors.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated%20%with%20%measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%capacitor%20%valueswithin%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/C04UL.pdf target="blank">C04UL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=838&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-DLI-0402-002_datasheet.pdf" target="blank">CAP-DLI-0402-002</a> </td> <td> 0402 </td> <td> Capacitor </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> 0.1 - 10 pF </td> <td> CLR Small-Parts </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=C04UL data-key-5=Available%20%Request%20%Quote data-key-6=The%20%CAP-DLI-0402-002-BRK%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%P/N%20%C04UL%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.knowlescapacitors.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated%20%with%20%measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%capacitor%20%valueswithin%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Capacitor data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/C04UL.pdf target="blank">C04UL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=1258&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-DLI-0402-002-BRK_datasheet.pdf" target="blank">CAP-DLI-0402-002-BRK</a> <img src="/Images/Misc/new.png" width="35" height="30" /> <img src="/Images/Misc/3dMods.png" width="41" height="30" /> </td> <td> 0402 </td> <td> Capacitor </td> <td> 40 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> 0.1 pF - 10 pF </td> <td> CLR - Passives </td> <td>   </td> <td> <a href="/model/models3d">3D</a>: BRK: BB: SS: PS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=C06BL data-key-5=%20% data-key-6=The%20%CAP-DLI-0603-002%20%is%20%a%20%substrate%20%scalable%20%Global%20%Mode%20%surface%20%mount%20%chip%20%capacitor%20%family%20%%20%http://www.knowlescapacitors.com/dilabs?catid=8%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%Model™%20%is%20%available%20%tha%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/C06BL.pdf target="blank">C06BL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=141&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-DLI-0603-002_datasheet.pdf" target="blank">CAP-DLI-0603-002</a> </td> <td> 0603 </td> <td> Capacitor </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> DC Block </td> <td> CLR -Large-Parts </td> <td>   </td> <td> BB: OS: PS: SS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=C06CF data-key-5=%20% data-key-6=The%20%CAP-DLI-0603-003%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Dielectric%20%Laboratories%20%C06CF%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.knowlescapacitors.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%component%20%value,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated%20%with%20%measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/C06CF.pdf target="blank">C06CF</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=837&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-DLI-0603-003_datasheet.pdf" target="blank">CAP-DLI-0603-003</a> </td> <td> 0603 </td> <td> Capacitor </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> 0.1 - 47 pF </td> <td> CLR -Large-Parts </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=C06UL data-key-5=%20% data-key-6=The%20%CAP-DLI-0603-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%Mode%20%surface%20%mount%20%chip%20%capacitor%20%family%20%%20%http://www.knowlescapacitors.com/dilabs?catid=8%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resi%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulate%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/C06UL.pdf target="blank">C06UL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=140&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-DLI-0603-001_datasheet.pdf" target="blank">CAP-DLI-0603-001</a> </td> <td> 0603 </td> <td> Capacitor </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 0.1 - 47 pF </td> <td> CLR -Large-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=140" target="_blank">S-Parameters</a> </td> <td> PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=C08BL data-key-5=%20% data-key-6=The%20%CAP-DLI-0805-002%20%is%20%a%20%substrate%20%scalable%20%Global%20%Mode%20%surface%20%mount%20%chip%20%capacitor%20%family%20%%20%http://www.knowlescapacitors.com/dilabs?catid=8%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher%20%fundamental%20%series%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%Model%20%emulate%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/C08BL.pdf target="blank">C08BL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=142&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-DLI-0805-002_datasheet.pdf" target="blank">CAP-DLI-0805-002</a> </td> <td> 0805 </td> <td> Capacitor </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> DC Block </td> <td> CLR -Large-Parts </td> <td>   </td> <td> BB: OS: PS: SS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=C08BL data-key-5=%20% data-key-6=The%20%CAP-DLI-0805-003%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Dielectric%20%Laboratories%20%P/N%20%C08BL102X-1UN-X0T%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.knowlescapacitors.com).%20%The%20%model%20%was%20%developed%20%from%20%measurements%20%of%20%a%20%2200%20%pF%20%C08BL%20%capacitor,%20%this%20%resulted%20%in%20%a%20%capacitor%20%model%20%that%20%is%20%part-value%20%scalable%20%(ie%20%capacitance%20%is%20%a%20%user%20%input)%20%representing%20%the%20%C08BL%20%broadband%20%block%20%whose%20%minimum%20%guaranteed%20%value%20%is%20%1000%20%pF.%20%The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Model%20%accounts%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated%20%with%20%measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/C08BL.pdf target="blank">C08BL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=835&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-DLI-0805-003_datasheet.pdf" target="blank">CAP-DLI-0805-003</a> </td> <td> 0805 </td> <td> Capacitor </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> 1000 pF & 2400 pF </td> <td> CLR -Large-Parts </td> <td>   </td> <td> BB: PS: SS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=C11UL data-key-5=%20% data-key-6=The%20%CAP-DLI-C11UL-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%Mode%20%surface%20%mount%20%chip%20%capacitor%20%family%20%%20%http://www.knowlescapacitors.com/dilabs?catid=8%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%res%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulate%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/C11UL.pdf target="blank">C11UL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=143&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-DLI-C11UL-001_datasheet.pdf" target="blank">CAP-DLI-C11UL-001</a> </td> <td> Case A </td> <td> Capacitor </td> <td> 30 </td> <td> </td> <td> ADS </td> <td> 0.1 pF - 100 pF </td> <td> CLR -Large-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=143" target="_blank">S-Parameters</a> </td> <td> PS: SS: VS: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=CA0505D data-key-5=%20% data-key-6=The%20%ATT-SINT-CA0505D-001%20%is%20%a%20%substrate%20%independent%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Smiths%20%Interconnects%20%wire%20%bondable%20%and%20%solderable%20%termination%20%P/N%20%CA0505D%20%attenuator%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.smithsinterconnect.com).%20%The%20%model%20%is%20%intended%20%for%20%wire%20%bond%20%applications. data-key-8=Attenuator data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/CA0505D.pdf target="blank">CA0505D</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1353&returnUrl=%2Fmodels%2Fdatasheet%2FAttenuator%2FATT-SINT-CA0505D-001_datasheet.pdf" target="blank">ATT-SINT-CA0505D-001</a> </td> <td> 0505 </td> <td> Attenuator </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> 0 - 30 dB </td> <td> SLC - Components </td> <td>   <br /> <a href="/model/getsparams?id1=1353" target="_blank">S-Parameters</a> </td> <td> BB: BW: VS: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=CE_XXXX_N_XXX_SMTF data-key-5=%20% data-key-6=The%20%FEQ-SINT-CExxxxN0xxSMTF-001%20%is%20%a%20%part%20%selectable%20%equivalent%20%circuit%20%model%20%for%20%the%20%surface%20%mount frequency%20%equalizer%20%from%20%Smiths%20%Interconnect%20%(Additional%20%information%20%about%20%Smiths%20%Interconnect%20%frequency equalizers%20%available%20%at%20%www.smithsinterconnect.com).%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications and%20%accounts%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects. data-key-8=Equalizer data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/CE_XXXX_N_XXX_SMTF.pdf target="blank">CE_XXXX_N_XXX_SMTF</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1076&returnUrl=%2Fmodels%2Fdatasheet%2FEqualizer%2FFEQ-SINT-CExxxxN0xxSMTF-001_datasheet.pdf" target="blank">FEQ-SINT-CExxxxN0xxSMTF-001</a> </td> <td> Chip </td> <td> Equalizer </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> </td> <td> SLC - Components </td> <td>   </td> <td> VS: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=CH02016 data-key-5=%20% data-key-6=The%20%RES-VIS-0201-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Vishay%20%P/N%20%CH02016%20%surface%20%mount%20%chip%20%resistor%20%family(additional%20%information%20%is%20%available%20%at%20%www.vishay.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%resistor%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/CH02016.pdf target="blank">CH02016</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=1176&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-VIS-0201-001_datasheet.pdf" target="blank">RES-VIS-0201-001</a> </td> <td> 0201 </td> <td> Resistor </td> <td> 67 </td> <td> </td> <td> ADS </td> <td> 10 - 500 Ohms </td> <td> CLR Small-Parts </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=CH0402 data-key-5=%20% data-key-6=The%20%RES-VIS-0402-003%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Vishay%20%P/N%20%CH0402%20%surface%20%mount%20%chip%20%resistor%20%family(additional%20%information%20%is%20%available%20%at%20%www.vishay.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%resistor%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/CH0402.pdf target="blank">CH0402</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=1177&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-VIS-0402-003_datasheet.pdf" target="blank">RES-VIS-0402-003</a> </td> <td> 0402 </td> <td> Resistor </td> <td> 67 </td> <td> </td> <td> ADS </td> <td> 10 - 500 Ohms </td> <td> CLR Small-Parts </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=CH0603 data-key-5=%20% data-key-6=The%20%RES-VIS-0603-003%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Vishay%20%P/N%20%CH0603%20%surface%20%mount%20%chip%20%resistor%20%family(additional%20%information%20%is%20%available%20%at%20%https://www.vishay.com/).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%resistor%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/CH0603.pdf target="blank">CH0603</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=1178&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-VIS-0603-003_datasheet.pdf" target="blank">RES-VIS-0603-003</a> </td> <td> 0603 </td> <td> Resistor </td> <td> 67 </td> <td> </td> <td> ADS </td> <td> 10 - 500 Ohms </td> <td> CLR -Large-Parts </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=CRCW01005 data-key-5=%20% data-key-6=The%20%RES-VIS-01005-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Vishay%20%P/N%20%CRCW01005%20%thick%20%film%20%chip%20%resistor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%https://www.vishay.com/).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%%20% data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/CRCW01005.pdf target="blank">CRCW01005</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=1309&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-VIS-01005-001_datasheet.pdf" target="blank">RES-VIS-01005-001</a> </td> <td> 01005 </td> <td> Resistor </td> <td> 67 </td> <td> </td> <td> ADS </td> <td> 0 - 1M Ohms </td> <td> CLR Small-Parts </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=CRCW1206 data-key-5=%20% data-key-6=The%20%RES-VIS-1206-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Vishay%20%P/N%20%CRCW1206%20%surface%20%mount%20%chip%20%resistor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.vishay.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%resistor%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/CRCW1206.pdf target="blank">CRCW1206</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=1164&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-VIS-1206-001_datasheet.pdf" target="blank">RES-VIS-1206-001</a> </td> <td> 1206 </td> <td> Resistor </td> <td> 30 </td> <td> </td> <td> ADS </td> <td> 1 - 9.1MOhms </td> <td> CLR -Large-Parts </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=CRxxxxD data-key-5=Available%20%Request%20%Quote data-key-6=The%20%RES-SINT-CRxxxxD-100-001%20%is%20%a%20%part%20%size%20%selectable%20%Global%20%Model™%20%for%20%the%20%100%20%Ohm%20%resistors%20%from%20%Smiths%20%Interconnect%20%(additional%20%information%20%is%20%available%20%at%20%www.smithsinterconnect.com%20%).%20%The%20%model%20%is%20%for%20%use%20%with%20%chip%20%and%20%wire%20%connections%20%and%20%represents%20%the%20%CR0402D,%20%CR0505D,%20%CR0603D%20%and%20%CR1010D%20%part%20%numbers. data-key-8=Resistor data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/CRxxxxD.pdf target="blank">CRxxxxD</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1075&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-SINT-CRxxxxD_100-001_datasheet.pdf" target="blank">RES-SINT-CRxxxxD_100-001</a> </td> <td> Various </td> <td> Resistor </td> <td> 30 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> 100 Ohms </td> <td> CLR - Passives </td> <td>   </td> <td> VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=CRxxxxD data-key-5=%20% data-key-6=The%20%RES-SINT-CRxxxxD-100-001%20%is%20%a%20%part%20%size%20%selectable%20%Global%20%Model™%20%for%20%the%20%100%20%Ohm%20%resistors%20%from%20%Smiths%20%Interconnect%20%(additional%20%information%20%is%20%available%20%at%20%www.smithsinterconnect.com%20%).%20%The%20%model%20%is%20%for%20%use%20%with%20%chip%20%and%20%wire%20%connections%20%and%20%represents%20%the%20%CR0402D,%20%CR0505D,%20%CR0603D%20%and%20%CR1010D%20%part%20%numbers. data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/CRxxxxD.pdf target="blank">CRxxxxD</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1583&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-SINT-CRxxxxD-100-001_datasheet.pdf" target="blank">RES-SINT-CRxxxxD-100-001</a> </td> <td> Various </td> <td> Resistor </td> <td> 30 </td> <td> </td> <td> ADS </td> <td> 100 Ohms </td> <td> CLR -Large-Parts </td> <td>   </td> <td> VS: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=CT0404ALN1WB1 data-key-5=%20% data-key-6=The%20%RES-SINT-0404-001%20%is%20%a%20%substrate%20%independent%20%Microwave%20%Global%20%ModelTM%20%for%20%the%20%Smiths%20%Interconnect%20%50%20%Ohm%20%wire%20%bondable%20%and%20%solderable%20%termination%20%P/N%20%CT0404ALN1WB1%20%(additional%20%information%20%is%20%available%20%at%20%https://www.smithsinterconnect.com).%20%The%20%model%20%includes%20%a%20%tolerance%20%input%20%parameter%20% data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/CT0404ALN1WB1.pdf target="blank">CT0404ALN1WB1</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1339&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-SINT-0404-001_datasheet.pdf" target="blank">RES-SINT-0404-001</a> </td> <td> 0404 </td> <td> Resistor </td> <td> 67 </td> <td> </td> <td> ADS </td> <td> 50 Ohms </td> <td> CLR Small-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=1339" target="_blank">S-Parameters</a> </td> <td> BB: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=CT0404ALN2WB1 data-key-5=%20% data-key-6=The%20%RES-SINT-0404-002%20%is%20%a%20%substrate%20%independent%20%Microwave%20%Global%20%ModelTM%20%for%20%the%20%Smiths%20%Interconnect%20%50%20%Ohm%20%wire%20%bondable%20%and%20%solderable%20%termination%20%P/N%20%CT0404ALN2WB1%20%(additional%20%information%20%is%20%available%20%at%20%https://www.smithsinterconnect.com).%20%The%20%model%20%includes%20%a%20%tolerance%20%input%20%parameter%20% data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/CT0404ALN2WB1.pdf target="blank">CT0404ALN2WB1</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1340&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-SINT-0404-002_datasheet.pdf" target="blank">RES-SINT-0404-002</a> </td> <td> 0404 </td> <td> Resistor </td> <td> 67 </td> <td> </td> <td> ADS </td> <td> 50 Ohms </td> <td> CLR Small-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=1340" target="_blank">S-Parameters</a> </td> <td> BB: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=CTH0603ALN1SMTF data-key-5=%20% data-key-6=The%20%RES-SINT-0603-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%ModelTM%20%for%20%the%20%Smiths%20%Interconnect%20%50%20%Ohm%20%termination%20%P/N%20%CT0603ALN1SMTF%20%(additional%20%information%20%is%20%available%20%at%20%https://www.smithsinterconnect.com).%20%The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%and%20%grounded%20%coplanar%20%wave%20%guide%20%(GCPW)%20%applications,%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%and%20%component%20%tolerance%20%are%20%model%20%input%20%parameters.%20% data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/CTH0603ALN1SMTF.pdf target="blank">CTH0603ALN1SMTF</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1341&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-SINT-0603-001_datasheet.pdf" target="blank">RES-SINT-0603-001</a> </td> <td> 0603 </td> <td> Resistor </td> <td> 67 </td> <td> </td> <td> ADS </td> <td> 50 Ohms </td> <td> CLR -Large-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=1341" target="_blank">S-Parameters</a> </td> <td> BB: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=CTxxxxD data-key-5=Available%20%Request%20%Quote data-key-6=The%20%RES-SINT-CTxxxxD-050-001%20%is%20%a%20%part%20%size%20%selectable%20%Global%20%Model™%20%for%20%the%20%50%20%Ohm%20%resistors%20%from%20%Smiths Interconnect%20%(additional%20%information%20%is%20%available%20%at%20%www.smithsinterconnect.com).%20%The%20%model%20%is%20%for%20%use%20%with%20%chip and%20%wire%20%connections%20%and%20%represents%20%the%20%CT0402D,%20%CT0505D,%20%CT0603D%20%and%20%CT1310D%20%part%20%numbers. data-key-8=Resistor data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/CTxxxxD.pdf target="blank">CTxxxxD</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1074&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-SINT-CTxxxxD_050-001_datasheet.pdf" target="blank">RES-SINT-CTxxxxD_050-001</a> </td> <td> Various </td> <td> Resistor </td> <td> 30 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> 50 Ohms </td> <td> CLR - Passives </td> <td>   </td> <td> VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=CTxxxxD data-key-5=%20% data-key-6=The%20%RES-SINT-CTxxxxD-050-001%20%is%20%a%20%part%20%size%20%selectable%20%Global%20%Model™%20%for%20%the%20%50%20%Ohm%20%resistors%20%from%20%Smiths Interconnect%20%(additional%20%information%20%is%20%available%20%at%20%www.smithsinterconnect.com).%20%The%20%model%20%is%20%for%20%use%20%with%20%chip and%20%wire%20%connections%20%and%20%represents%20%the%20%CT0402D,%20%CT0505D,%20%CT0603D%20%and%20%CT1310D%20%part%20%numbers. data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/CTxxxxD.pdf target="blank">CTxxxxD</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1584&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-SINT-CTxxxxD-050-001_datasheet.pdf" target="blank">RES-SINT-CTxxxxD-050-001</a> </td> <td> Various </td> <td> Resistor </td> <td> 30 </td> <td> </td> <td> ADS </td> <td> 50 Ohms </td> <td> CLR -Large-Parts </td> <td>   </td> <td> VS: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=D10 data-key-5=%20% data-key-6=The%20%RES-VIS-0402-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%ModelTM%20%for%20%the%20%Vishay%20%P/N%20%D10%20%surface%20%mount%20%chip%20%resistor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%http://www.vishay.com/products/).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance%20%pad%20%width,%20%pad%20%gap%20%and%20%pad%20%length%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%ModelTM%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%resistor%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/D10.pdf target="blank">D10</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=12&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-VIS-0402-001_datasheet.pdf" target="blank">RES-VIS-0402-001</a> </td> <td> 0402 </td> <td> Resistor </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 1 - 1M Ohms </td> <td> CLR Small-Parts </td> <td>   </td> <td> PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=D11 data-key-5=%20% data-key-6=The%20%RES-VIS-0603-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%ModelTM%20%for%20%the%20%Vishay%20%P/N%20%D11%20%surface%20%mount%20%chip%20%resistor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%http://www.vishay.com/products/).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance%20%pad%20%width,%20%pad%20%gap%20%and%20%pad%20%length%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%ModelTM%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%resistor%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20%%20% data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/D11.pdf target="blank">D11</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=13&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-VIS-0603-001_datasheet.pdf" target="blank">RES-VIS-0603-001</a> </td> <td> 0603 </td> <td> Resistor </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 0 - 2.21M Ohms </td> <td> CLR -Large-Parts </td> <td>   </td> <td> PS: SS: VS: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=FC0402 data-key-5=%20% data-key-6=The%20%RES-VIS-0402-002%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Vishay%20%P/N%20%FC0402%20%surface%20%mount%20%chip%20%resistor%20%family(additional%20%information%20%is%20%available%20%at%20%(www.vishay.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%component%20%value,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%resistor%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/FC0402.pdf target="blank">FC0402</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=1099&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-VIS-0402-002_datasheet.pdf" target="blank">RES-VIS-0402-002</a> </td> <td> 0402 </td> <td> Resistor </td> <td> 60 </td> <td> </td> <td> ADS </td> <td> 10 - 1000 Ohms </td> <td> CLR Small-Parts </td> <td>   </td> <td> BB: PS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=FC0402 data-key-5=%20% data-key-6=The%20%RES-VIS-0402-002-S%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Vishay%20%P/N%20%FC0402%20%surface%20%mount%20%chip%20%resistor%20%family(additional%20%information%20%is%20%available%20%at%20%(www.vishay.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%component%20%value,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%resistor%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/FC0402.pdf target="blank">FC0402</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=1194&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-VIS-0402-002-S_datasheet.pdf" target="blank">RES-VIS-0402-002-S</a> </td> <td> 0402 </td> <td> Resistor </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> 10 - 1000 Ohms </td> <td> CLR - Passives </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=FCHP data-key-5=%20% data-key-6=n/a data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/FCHP.pdf target="blank">FCHP</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=1352&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRESSP-VIS-0402-001_datasheet.pdf" target="blank">RESSP-VIS-0402-001</a> </td> <td> 0402 </td> <td> Resistor </td> <td> 60 </td> <td> </td> <td> ADS </td> <td> 50 and 100 Ohm </td> <td> Sparams </td> <td>   </td> <td> BB: SP: VS: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=FCHP0402 data-key-5=%20% data-key-6=The%20%RESSP-VIS-0402-001%20%is%20%a%20%S-parameter%20%data%20%model%20%for%20%the%20%Vishay%20%FCHP0402%20%series%20%surface%20%mount%20%chip%20%resistors%20%(additional%20%information%20%is%20%available%20%at%20%www.vishay.com).%20%The%20%50-ohm%20%and%20%100-ohm%20%resistors%20%in%20%this%20%%20%series%20%come%20%in%20%Flip-chip%20%and%20%Wraparound%20%Terminations%20%and%20%are%20%selectable%20%in%20%this%20%S-parameter%20%data%20%model.%20%%20%These%20%S-Parameters%20%represent%20%typical%20%component%20%performance%20%on%20%a%20%6.6%20%mil%20%thick%20%Rogers%20%4350B%20%substrate.%20% data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/FCHP0402.pdf target="blank">FCHP0402</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=1312&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRESSP-VIS-0402-001_datasheet.pdf" target="blank">RESSP-VIS-0402-001</a> </td> <td> 0402 </td> <td> Resistor </td> <td> 60 </td> <td> </td> <td> ADS </td> <td> 50 and 100 Ohm </td> <td> Sparams </td> <td>   <br /> <a href="/model/getsparams?id1=1312" target="_blank">S-Parameters</a> </td> <td> BB: SP: VS: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=FCHP0402xxxxxBGT data-key-5=%20% data-key-6=The%20%RES-VIS-0402-004%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Vishay%20%P/N%20%FCHP0402xxxBGT%20%thin-film%20%surface%20%mount%20%chip%20%resistors,%20%50%20%Ohm%20%and%20%100%20%Ohm%20%0402%20%case%20%size,%20%with%20%wraparound%20%terminations%20%%20%(additional%20%information%20%is%20%available%20%at%20%www.vishay.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%resistor%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/FCHP0402xxxxxBGT.pdf target="blank">FCHP0402xxxxxBGT</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=1400&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-VIS-0402-004_datasheet.pdf" target="blank">RES-VIS-0402-004</a> </td> <td> 0402 </td> <td> Resistor </td> <td> 67 </td> <td> </td> <td> ADS </td> <td> 50 and 100 Ohm </td> <td> CLR Small-Parts </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=FCHP0402xxxxxBTT data-key-5=%20% data-key-6=The%20%RES-VIS-0402-005%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Vishay%20%P/N%20%FCHP0402xxxBTT%20%thin-film%20%surface%20%mount%20%chip%20%resistors,%20%50%20%Ohm%20%and%20%100%20%Ohm%20%0402%20%case%20%size,%20%with%20%top%20%sided%20%terminations%20%(additional%20%information%20%is%20%available%20%at%20%www.vishay.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%Model™is%20%available%20%which%20%accurately%20%emulates%20%all%20%resistor%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/FCHP0402xxxxxBTT.pdf target="blank">FCHP0402xxxxxBTT</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=1401&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-VIS-0402-005_datasheet.pdf" target="blank">RES-VIS-0402-005</a> </td> <td> 0402 </td> <td> Resistor </td> <td> 67 </td> <td> </td> <td> ADS </td> <td> 50 and 100 Ohm </td> <td> CLR Small-Parts </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=FPD750 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-FPD750%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%QOR%20%FPD750%20%0.5W%20%GaAs%20%pHEMT%20%device%20%based%20%on%20%the%20%extraction%20%of%20%the%20%Angelov%20%model%20%(additional%20%device%20%information%20%is%20%available%20%at%20%<a%20%href="https:\\www.qorvo.com">Qorvo</a>).%20%The%20%device%20%is%20%intended%20%for%20%use%20%in%20%narrowband%20%and%20%broadband%20%high-performance%20%amplifier%20%applications. data-key-8=pHEMT data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/FPD750.pdf target="blank">FPD750</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=741&returnUrl=%2Fmodels%2Fdatasheet%2FpHEMT%2FHMT-QOR-FPD750_datasheet.pdf" target="blank">HMT-QOR-FPD750</a> </td> <td> </td> <td> pHEMT </td> <td> 40 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: LP: NP: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=GRF2070DS data-key-5=%20% 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<td width="10%"> <a href=/models/Vendor/GuerrillaRF/GRF2070DS.pdf target="blank">GRF2070DS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=83&mdl=912&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPSP-GUR-GRF2070-001_datasheet.pdf" target="blank">AMPSP-GUR-GRF2070-001</a> </td> <td> 8-pin 2x2mm DFN </td> <td> Amplifier </td> <td> 8 </td> <td> 20.0 </td> <td> ADS </td> <td> </td> <td> Sparams </td> <td>   <br /> <a href="/model/getsparams?id1=912" target="_blank">S-Parameters</a> </td> <td> NP: SP: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=GRF2071DS data-key-5=%20% 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<td width="10%"> <a href=/models/Vendor/GuerrillaRF/GRF2071DS.pdf target="blank">GRF2071DS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=83&mdl=913&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPSP-GUR-GRF2071-001_datasheet.pdf" target="blank">AMPSP-GUR-GRF2071-001</a> </td> <td> 8-pin 2x2mm DFN </td> <td> Amplifier </td> <td> 8 </td> <td> 21.0 </td> <td> ADS </td> <td> </td> <td> Sparams </td> <td>   <br /> <a href="/model/getsparams?id1=913" target="_blank">S-Parameters</a> </td> <td> NP: SP: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=GRF2072DS data-key-5=%20% 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<td width="10%"> <a href=/models/Vendor/GuerrillaRF/GRF2072DS.pdf target="blank">GRF2072DS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=83&mdl=914&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPSP-GUR-GRF2072-001_datasheet.pdf" target="blank">AMPSP-GUR-GRF2072-001</a> </td> <td> 8-pin 2x2mm DFN </td> <td> Amplifier </td> <td> 8 </td> <td> 20.0 </td> <td> ADS </td> <td> </td> <td> Sparams </td> <td>   <br /> <a href="/model/getsparams?id1=914" target="_blank">S-Parameters</a> </td> <td> NP: SP: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=GRF2073DS data-key-5=%20% data-key-6=The%20%AMPSP-GUR-GRF2073-001%20%is%20%an%20%S-parameter%20%model%20%for%20%the%20%Guerrilla%20%RF%20%GRF2073%20%wideband%20%amplifier%20%in%20%an%20%8-pin%20%2x2mm%20%DFN%20%package%20%as%20%mounted%20%on%20%the%20%depicted%20%test%20%fixture%20%and%20%reference%20%planes%20%at%20%the%20%edge%20%of%20%the%20%package.%20%The%20%ultra-low%20%noise%20%amplifier%20%that%20%is%20%represented%20%by%20%the%20%simulation%20%model%20%is%20%designed%20%for%20%3.0%20%–%20%6.0%20%GHz%20%applications.%20%%20%The%20%use%20%of%20%S-Parameter%20%with%20%noise%20%enables%20%the%20%model%20%to%20%predict%20%the%20%circuit%20%performance%20%at%20%25C.%20%%20%For%20%more%20%information%20%regarding%20%the%20%amplifier%20%product%20%please%20%visit%20%<a%20%href="http://www.guerrilla-rf.com">Guerilla%20%RF</a>.%20% data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/GuerrillaRF target="_blank">GuerrillaRF</a> </td> <td width="10%"> <a href=/models/Vendor/GuerrillaRF/GRF2073DS.pdf target="blank">GRF2073DS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=83&mdl=915&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPSP-GUR-GRF2073-001_datasheet.pdf" target="blank">AMPSP-GUR-GRF2073-001</a> </td> <td> 8-pin 2x2mm DFN </td> <td> Amplifier </td> <td> 8 </td> <td> 18.0 </td> <td> ADS </td> <td> </td> <td> Sparams </td> <td>   <br /> <a href="/model/getsparams?id1=915" target="_blank">S-Parameters</a> </td> <td> NP: SP: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=GRF2093 data-key-5=%20% data-key-6=The%20%AMPSP-GUR-GRF2093-001%20%is%20%an%20%S-parameter%20%model%20%for%20%the%20%Guerrilla%20%RF%20%GRF2093%20%low%20%noise%20%amplifier%20%in%20%a%20%6-pin%20%1.5x1.5%20%mm%20%DFN%20%package%20%as%20%mounted%20%on%20%the%20%depicted%20%test%20%fixture%20%and%20%reference%20%planes%20%at%20%the%20%edge%20%of%20%the%20%package.%20%The%20%ultra-low%20%noise%20%amplifier%20%that%20%is%20%represented%20%by%20%the%20%simulation%20%model%20%is%20%designed%20%for%20%1.0%20%–%20%6.0%20%GHz%20%applications.%20%The%20%available%20%simulation%20%model%20%enables%20%the%20%prediction%20%of%20%broadband%20%S-parameters%20%and%20%noise%20%parameters%20%for%20%circuit%20%design%20%at%20%25%20%C.%20%For%20%more%20%information%20%regarding%20%the%20%amplifier%20%product%20%please%20%visit%20%guerrillarf.%20%com. data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/GuerrillaRF target="_blank">GuerrillaRF</a> </td> <td width="10%"> <a href=/models/Vendor/GuerrillaRF/GRF2093.pdf target="blank">GRF2093</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=83&mdl=1119&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPSP-GUR-GRF2093-001_datasheet.pdf" target="blank">AMPSP-GUR-GRF2093-001</a> </td> <td> 6-pin 1.5x1.5mm DFN </td> <td> Amplifier </td> <td> 8 </td> <td> 19.0 </td> <td> ADS </td> <td> </td> <td> Sparams </td> <td>   <br /> <a href="/model/getsparams?id1=1119" target="_blank">S-Parameters</a> </td> <td> NP: SP: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=GRF2100 data-key-5=%20% data-key-6=The%20%AMPSP-GUR-GRF2100-001%20%is%20%an%20%S-parameter%20%model%20%for%20%the%20%Guerrilla%20%RF%20%GRF2100%20%low%20%noise%20%amplifier%20%in%20%a%20%6-pin%20%1.5x1.5%20%mm%20%DFN%20%package%20%as%20%mounted%20%on%20%the%20%depicted%20%test%20%fixture%20%and%20%reference%20%planes%20%at%20%the%20%edge%20%of%20%the%20%package.%20%The%20%low%20%current,%20%low%20%noise%20%amplifier%20%that%20%is%20%represented%20%by%20%the%20%simulation%20%model%20%is%20%designed%20%for%20%0.1%20%–%20%3.8%20%GHz%20%applications.%20%The%20%available%20%simulation%20%model%20%enables%20%the%20%prediction%20%of%20%broadband%20%S-parameters%20%and%20%noise%20%parameters%20%for%20%circuit%20%design%20%at%20%25%20%C.%20%For%20%more%20%information%20%regarding%20%the%20%amplifier%20%product%20%please%20%visit%20%guerrilla-rf.com. data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/GuerrillaRF target="_blank">GuerrillaRF</a> </td> <td width="10%"> <a href=/models/Vendor/GuerrillaRF/GRF2100.pdf target="blank">GRF2100</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=83&mdl=1120&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPSP-GUR-GRF2100-001_datasheet.pdf" target="blank">AMPSP-GUR-GRF2100-001</a> </td> <td> 6-pin 1.5x1.5mm DFN </td> <td> Amplifier </td> <td> 8 </td> <td> 10.0 </td> <td> ADS </td> <td> </td> <td> Sparams </td> <td>   <br /> <a href="/model/getsparams?id1=1120" target="_blank">S-Parameters</a> </td> <td> NP: SP: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=GRF2106 data-key-5=%20% data-key-6=The%20%AMPSP-GUR-GRF2106-001%20%is%20%an%20%S-parameter%20%model%20%for%20%the%20%Guerrilla%20%RF%20%GRF2106%20%low%20%noise%20%amplifier%20%in%20%a%20%6-pin%20%1.5x1.5%20%mm%20%DFN%20%package%20%as%20%mounted%20%on%20%the%20%depicted%20%test%20%fixture%20%and%20%reference%20%planes%20%at%20%the%20%edge%20%of%20%the%20%package.%20%The%20%high%20%gain,%20%low%20%current%20%low%20%noise%20%amplifier%20%that%20%is%20%represented%20%by%20%the%20%simulation%20%model%20%is%20%designed%20%for%20%0.1%20%–%20%4.2%20%GHz%20%applications.%20%The%20%available%20%simulation%20%model%20%enables%20%the%20%prediction%20%of%20%broadband%20%S-parameters%20%and%20%noise%20%parameters%20%for%20%circuit%20%design%20%at%20%25%20%C.%20%For%20%more%20%information%20%regarding%20%the%20%amplifier%20%product%20%please%20%visit%20%guerrilla-rf.com. data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/GuerrillaRF target="_blank">GuerrillaRF</a> </td> <td width="10%"> <a href=/models/Vendor/GuerrillaRF/GRF2106.pdf target="blank">GRF2106</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=83&mdl=1121&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPSP-GUR-GRF2106-001_datasheet.pdf" target="blank">AMPSP-GUR-GRF2106-001</a> </td> <td> 6-pin 1.5x1.5mm DFN </td> <td> Amplifier </td> <td> 8 </td> <td> 11.0 </td> <td> ADS </td> <td> </td> <td> Sparams </td> <td>   <br /> <a href="/model/getsparams?id1=1121" target="_blank">S-Parameters</a> </td> <td> NP: SP: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=GRF2501DSR data-key-5=%20% data-key-6=The%20%AMPSP-GUR-GRF2501-001%20%is%20%an%20%S-parameter%20%model%20%for%20%the%20%Guerrilla%20%RF%20%GRF2501%20%wideband%20%amplifier%20%in%20%an%20%8-pin%20%2x2mm%20%DFN%20%package%20%as%20%mounted%20%on%20%the%20%depicted%20%test%20%fixture%20%and%20%reference%20%planes%20%at%20%the%20%edge%20%of%20%the%20%package.%20%The%20%ultra-low%20%noise%20%amplifier%20%that%20%is%20%represented%20%by%20%the%20%simulation%20%model%20%is%20%designed%20%for%20%5.1%20%–%20%5.9%20%GHz%20%applications.%20%%20%The%20%use%20%of%20%S-Parameter%20%with%20%noise%20%enables%20%the%20%model%20%to%20%predict%20%the%20%circuit%20%performance%20%at%20%25C.%20%%20%For%20%more%20%information%20%regarding%20%the%20%amplifier%20%product%20%please%20%visit%20%%20%<a%20%href="http://www.guerrilla-rf.com">Guerilla%20%RF</a>.%20% data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/GuerrillaRF target="_blank">GuerrillaRF</a> </td> <td width="10%"> <a href=/models/Vendor/GuerrillaRF/GRF2501DSR.pdf target="blank">GRF2501DSR</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=83&mdl=916&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPSP-GUR-GRF2501-001_datasheet.pdf" target="blank">AMPSP-GUR-GRF2501-001</a> </td> <td> 6-pin 1.5x1.5mm DFN </td> <td> Amplifier </td> <td> 8 </td> <td> 5.0 </td> <td> ADS </td> <td> </td> <td> Sparams </td> <td>   <br /> <a href="/model/getsparams?id1=916" target="_blank">S-Parameters</a> </td> <td> NP: SP: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=GRF4002 data-key-5=%20% data-key-6=The%20%AMPSP-GUR-GRF4002-001%20%is%20%an%20%S-parameter%20%model%20%for%20%the%20%Guerrilla%20%RF%20%GRF4002%20%low%20%noise%20%amplifier%20%in%20%a%20%6-pin%20%1.5x1.5%20%mm%20%DFN%20%package%20%as%20%mounted%20%on%20%the%20%depicted%20%test%20%fixture%20%and%20%reference%20%planes%20%at%20%the%20%edge%20%of%20%the%20%package.%20%The%20%linear%20%driver,%20%broadband%20%low%20%noise%20%amplifier%20%that%20%is%20%represented%20%by%20%the%20%simulation%20%model%20%is%20%designed%20%for%20%0.1%20%–%20%3.8%20%GHz%20%applications.%20%The%20%available%20%simulation%20%model%20%enables%20%the%20%prediction%20%of%20%broadband%20%S-parameters%20%and%20%noise%20%parameters%20%for%20%circuit%20%design%20%at%20%25%20%C.%20%For%20%more%20%information%20%regarding%20%the%20%amplifier%20%product%20%please%20%visit%20%guerrilla-rf.com. data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/GuerrillaRF target="_blank">GuerrillaRF</a> </td> <td width="10%"> <a href=/models/Vendor/GuerrillaRF/GRF4002.pdf target="blank">GRF4002</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=83&mdl=1122&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPSP-GUR-GRF4002-001_datasheet.pdf" target="blank">AMPSP-GUR-GRF4002-001</a> </td> <td> 6-pin 1.5x1.5mm DFN </td> <td> Amplifier </td> <td> 8 </td> <td> 23.5 </td> <td> ADS </td> <td> </td> <td> Sparams </td> <td>   <br /> <a href="/model/getsparams?id1=1122" target="_blank">S-Parameters</a> </td> <td> NP: SP: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=GRF4014 data-key-5=%20% data-key-6=The%20%AMPSP-GUR-GRF4014-001%20%is%20%an%20%S-parameter%20%model%20%for%20%the%20%Guerrilla%20%RF%20%GRF4014%20%low%20%noise%20%amplifier%20%in%20%a%20%6-pin%20%1.5x1.5%20%mm%20%DFN%20%package%20%as%20%mounted%20%on%20%the%20%depicted%20%test%20%fixture%20%and%20%reference%20%planes%20%at%20%the%20%edge%20%of%20%the%20%package.%20%The%20%linear%20%driver,%20%broadband%20%low%20%noise%20%amplifier%20%that%20%is%20%represented%20%by%20%the%20%simulation%20%model%20%is%20%designed%20%for%20%0.1%20%–%20%6.0%20%GHz%20%applications.%20%The%20%available%20%simulation%20%model%20%enables%20%the%20%prediction%20%of%20%broadband%20%S-parameters%20%and%20%noise%20%parameters%20%for%20%circuit%20%design%20%at%20%25%20%C.%20%For%20%more%20%information%20%regarding%20%the%20%amplifier%20%product%20%please%20%visit%20%guerrilla-rf.com. data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/GuerrillaRF target="_blank">GuerrillaRF</a> </td> <td width="10%"> <a href=/models/Vendor/GuerrillaRF/GRF4014.pdf target="blank">GRF4014</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=83&mdl=1123&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPSP-GUR-GRF4014-001_datasheet.pdf" target="blank">AMPSP-GUR-GRF4014-001</a> </td> <td> 6-pin 1.5x1.5mm DFN </td> <td> Amplifier </td> <td> 8 </td> <td> 24.0 </td> <td> ADS </td> <td> </td> <td> Sparams </td> <td>   <br /> <a href="/model/getsparams?id1=1123" target="_blank">S-Parameters</a> </td> <td> NP: SP: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=H-Range data-key-5=%20% data-key-6=The%20%CAP-SYF-0402-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Knowles/Syfer%20%P/N%20%0402 HighQ%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.knowlescapacitors.com). The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higherorder resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated%20%with measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%An orientation%20%switch%20%is%20%used%20%in%20%the%20%model%20%to%20%select%20%between%20%the%20%horizontal%20%and%20%vertical%20%mount%20%configurations.%20%A Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/H-Range.pdf target="blank">H-Range</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=1046&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-SYF-0402-001_datasheet.pdf" target="blank">CAP-SYF-0402-001</a> </td> <td> 0402 </td> <td> Capacitor </td> <td> 50 </td> <td> </td> <td> ADS </td> <td> 0.1 - 100 pF </td> <td> CLR Small-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=1046" target="_blank">S-Parameters</a> </td> <td> OS: PS: SS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=H-Range data-key-5=Available%20%Request%20%Quote data-key-6=The%20%CAP-SYF-0402-001-BRK%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Knowles/Syfer%20%P/N%20%0402%20%%20%HighQ%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.knowlescapacitors.com).%20%%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higherorder%20%%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated%20%with%20%%20%measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%An%20%%20%orientation%20%switch%20%is%20%used%20%in%20%the%20%model%20%to%20%select%20%between%20%the%20%horizontal%20%and%20%vertical%20%mount%20%configurations.%20%A%20%%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/H-Range.pdf target="blank">H-Range</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=1287&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-SYF-0402-001-BRK_datasheet.pdf" target="blank">CAP-SYF-0402-001-BRK</a> <img src="/Images/Misc/new.png" width="35" height="30" /> <img src="/Images/Misc/3dMods.png" width="41" height="30" /> </td> <td> 0402 </td> <td> Capacitor </td> <td> 50 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> 0.1-100 pF </td> <td> CLR - Passives </td> <td>   </td> <td> <a href="/model/models3d">3D</a>: BRK: SS: PS: VS : OS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=H-Range data-key-5=%20% data-key-6=The%20%CAP-SYF-0805-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Knowles%20%P/N%20%0805J%20%surface mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.knowlescapacitors.com).%20%The%20%models%20%are for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects. Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance, component%20%value,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap,%20%and%20%orientation%20%are%20%model%20%input%20%parameters.%20%Models account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency. The%20%model%20%is%20%validated%20%with%20%measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate%20%scalable,%20%pad scalable,%20%and%20%orientation%20%selectable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/H-Range.pdf target="blank">H-Range</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=1564&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-SYF-0805-001_datasheet.pdf" target="blank">CAP-SYF-0805-001</a> </td> <td> 0805 </td> <td> Capacitor </td> <td> 30 </td> <td> </td> <td> ADS </td> <td> 0.2 - 1500 pF </td> <td> CLR -Large-Parts </td> <td>   </td> <td> OS: PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=HighQUltraLowESR data-key-5=%20% data-key-6=The%20%CAP-SYF-0603-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%Model™%20%for%20%the%20%Syfer%20%High%20%Q%20%Ultra%20%Low%20%ESR%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%http://www.dovercmp.com/syfer).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%prediction%20%is%20%enabled%20%in%20%this%20%equivalent%20%circuit%20%model.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulate%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%An%20%orientation%20%switch%20%is%20%used%20%in%20%the%20%model%20%to%20%select%20%between%20%the%20%horizontal%20%and%20%vertical%20%configurations.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/HighQUltraLowESR.pdf target="blank">HighQUltraLowESR</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=207&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-SYF-0603-001_datasheet.pdf" target="blank">CAP-SYF-0603-001</a> </td> <td> 0603 </td> <td> Capacitor </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 0.5 - 100 pF </td> <td> CLR -Large-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=207" target="_blank">S-Parameters</a> </td> <td> OS: PS: SS: VS: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=HPC0402A data-key-5=%20% data-key-6=The%20%CAP-VIS-0402-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%Mode%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%and%20%component%20%tolerance%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulate%20%all%20%capacitor%20%values%20%wit%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/HPC0402A.pdf target="blank">HPC0402A</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=8&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-VIS-0402-001_datasheet.pdf" target="blank">CAP-VIS-0402-001</a> </td> <td> 0402 </td> <td> Capacitor </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 0.2 - 180 pF </td> <td> CLR Small-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=8" target="_blank">S-Parameters</a> </td> <td> PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=JR030 data-key-5=%20% data-key-6=The%20%CAP-VLT-JR030-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Model™%20%for%20%Knowles%20%Voltronics%20%P/N%20%JR030%20%halfturn surface%20%mount%20%trimmer/variable%20%capacitor%20%(additional%20%information%20%is%20%available%20%at (www.knowlescapacitors.com).%20%The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%A single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%the capacitor.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/JR030.pdf target="blank">JR030</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=1568&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-VLT-JR030-001_datasheet.pdf" target="blank">CAP-VLT-JR030-001</a> </td> <td> JR030 </td> <td> Capacitor </td> <td> 6 </td> <td> </td> <td> ADS </td> <td> 0.8 - 4 pF </td> <td> CLR -Large-Parts </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=JR060 data-key-5=%20% data-key-6=The%20%CAP-VLT-JR060-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Model™%20%for%20%Knowles%20%Voltronics%20%P/N%20%JR060%20%halfturn%20%surface%20%mount%20%trimmer/variable%20%capacitor%20%(additional%20%information%20%is%20%available%20%at%20%(www.knowlescapacitors.com).%20%The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%A%20%single%20%and%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%the%20%capacitor.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled%20% data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/JR060.pdf target="blank">JR060</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=1542&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-VLT-JR060-001_datasheet.pdf" target="blank">CAP-VLT-JR060-001</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> JR060 </td> <td> Capacitor </td> <td> 6 </td> <td> </td> <td> ADS </td> <td> 2 - 6 pF </td> <td> CLR -Large-Parts </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=JR100 data-key-5=%20% data-key-6=The%20%CAP-VLT-JR100-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Model™%20%for%20%Knowles%20%Voltronics%20%P/N%20%JR100%20%halfturn%20%surface%20%mount%20%trimmer/variable%20%capacitor%20%(additional%20%information%20%is%20%available%20%at%20%(www.knowlescapacitors.com).%20%The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%A%20%single%20%and%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%the%20%capacitor.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/JR100.pdf target="blank">JR100</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=1543&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-VLT-JR100-001_datasheet.pdf" target="blank">CAP-VLT-JR100-001</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> JR100 </td> <td> Capacitor </td> <td> 6 </td> <td> </td> <td> ADS </td> <td> 2 - 10 pF </td> <td> CLR -Large-Parts </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=JR150 data-key-5=%20% data-key-6=The%20%CAP-VLT-JR150-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Model™%20%for%20%Knowles%20%Voltronics%20%P/N%20%JR150%20%halfturn%20%surface%20%mount%20%trimmer/variable%20%capacitor%20%(additional%20%information%20%is%20%available%20%at%20%(www.knowlescapacitors.com).%20%The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%A%20%single%20%and%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%the%20%capacitor.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. %20% data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/JR150.pdf target="blank">JR150</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=1544&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-VLT-JR150-001_datasheet.pdf" target="blank">CAP-VLT-JR150-001</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> JR150 </td> <td> Capacitor </td> <td> 6 </td> <td> </td> <td> ADS </td> <td> 3 - 15 pF </td> <td> CLR -Large-Parts </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=JR200 data-key-5=%20% data-key-6=The%20%CAP-VLT-JR200-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Model™%20%for%20%Knowles%20%Voltronics%20%P/N%20%JR200%20%halfturn%20%surface%20%mount%20%trimmer/variable%20%capacitor%20%(additional%20%information%20%is%20%available%20%at%20%(www.knowlescapacitors.com).%20%The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%A%20%single%20%and%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%the%20%capacitor.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. %20% data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/JR200.pdf target="blank">JR200</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=1545&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-VLT-JR200-001_datasheet.pdf" target="blank">CAP-VLT-JR200-001</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> JR200 </td> <td> Capacitor </td> <td> 6 </td> <td> </td> <td> ADS </td> <td> 4.5 - 20 pF </td> <td> CLR -Large-Parts </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=JR300 data-key-5=%20% data-key-6=The%20%CAP-VLT-JR300-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Model™%20%for%20%Knowles%20%Voltronics%20%P/N%20%JR300%20%halfturn%20%surface%20%mount%20%trimmer/variable%20%capacitor%20%(additional%20%information%20%is%20%available%20%at%20%(www.knowlescapacitors.com).%20%The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%A%20%single%20%and%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%the%20%capacitor.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/JR300.pdf target="blank">JR300</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=1546&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-VLT-JR300-001_datasheet.pdf" target="blank">CAP-VLT-JR300-001</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> JR300 </td> <td> Capacitor </td> <td> 6 </td> <td> </td> <td> ADS </td> <td> 5.5 - 30 pF </td> <td> CLR -Large-Parts </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=JR400 data-key-5=%20% data-key-6=The%20%CAP-VLT-JR400-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Model™%20%for%20%Knowles%20%Voltronics%20%P/N%20%JR400%20%halfturn%20%surface%20%mount%20%trimmer/variable%20%capacitor%20%(additional%20%information%20%is%20%available%20%at%20%(www.knowlescapacitors.com).%20%The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%A%20%single%20%and%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%the%20%capacitor.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/JR400.pdf target="blank">JR400</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=1547&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-VLT-JR400-001_datasheet.pdf" target="blank">CAP-VLT-JR400-001</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> JR400 </td> <td> Capacitor </td> <td> 6 </td> <td> </td> <td> ADS </td> <td> 8 - 4- pF </td> <td> CLR -Large-Parts </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=JR500 data-key-5=%20% data-key-6=The%20%CAP-VLT-JR500-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Model™%20%for%20%Knowles%20%Voltronics%20%P/N%20%JR500%20%halfturn%20%surface%20%mount%20%trimmer/variable%20%capacitor%20%(additional%20%information%20%is%20%available%20%at%20%(www.knowlescapacitors.com).%20%The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%A%20%single%20%and%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%the%20%capacitor.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/JR500.pdf target="blank">JR500</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=1548&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-VLT-JR500-001_datasheet.pdf" target="blank">CAP-VLT-JR500-001</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> JR500 </td> <td> Capacitor </td> <td> 6 </td> <td> </td> <td> ADS </td> <td> 8 - 50 pF </td> <td> CLR -Large-Parts </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=Unknown data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=JRxxx data-key-5=%20% data-key-6=na data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/JRxxx.pdf target="blank">JRxxx</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=1524&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FJM_CAP_SYF_datasheet.pdf" target="blank">JM_CAP_SYF</a> </td> <td> </td> <td> Capacitor </td> <td> </td> <td> </td> <td> ADS </td> <td> </td> <td> Unknown </td> <td>   </td> <td> </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=K2TVA data-key-5=%20% data-key-6=The%20%ATTSP-SINT-K2TVA-001%20%is%20%a%20%part-value%20%selectable%20%S-parameter%20%data%20%model%20%for%20%Smiths%20%Interconnect%20%Thermopad%20%K2TVAXXNXX3%20%series%20%wire%20%bonded%20%chip%20%attenuators%20%3dB%20%to%20%6dB%20%for%20%frequency%20%band%20%27-32%20%GHz%20%(additional%20%information%20%is%20%available%20%at%20%www.smithsinterconnect.com).%20%These%20%S-Parameters%20%represent%20%typical%20%component%20%performance%20%of%20%chip%20%attenuator%20%bonded%20%on%20%a%20%metal%20%carrier%20%accessed%20%via%20%3%20%or%20%4%20%bond%20%wires%20%per%20%termination%20%(for%20%details%20%see%20%assembly%20%page%20%in%20%this%20%datasheet).%20%Temperature%20%selectable%20%Microwave%20%Model%20%is%20%available%20%that%20%accurately%20%emulates%20%S-parameter%20%performance.%20%%20% data-key-8=Attenuator data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/K2TVA.pdf target="blank">K2TVA</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1489&returnUrl=%2Fmodels%2Fdatasheet%2FAttenuator%2FATTSP-SINT-K2TVA-001_datasheet.pdf" target="blank">ATTSP-SINT-K2TVA-001</a> </td> <td> Wire-bond </td> <td> Attenuator </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> 3, 4, 5 & 6 dB </td> <td> Sparams </td> <td>   </td> <td> SP: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=L-05Cxxx data-key-5=%20% data-key-6=The%20%IND-JOH-0201-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%Model™%20%for%20%the%20%Johanson%20%P/N%20%L-05Cxxxx%20%series%20%surface%20%mount%20%chip%20%inductor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.johansontechnology.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness%20%and%20%component%20%tolerance%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%parallel%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%Global%20%Model™%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%inductor%20%values%20%within%20%the%20%valid%20%inductance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Inductor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/L-05Cxxx.pdf target="blank">L-05Cxxx</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=369&returnUrl=%2Fmodels%2Fdatasheet%2FInductor%2FIND-JOH-0201-001_datasheet.pdf" target="blank">IND-JOH-0201-001</a> </td> <td> 0201 </td> <td> Inductor </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 1 - 39 nH </td> <td> CLR Small-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=369" target="_blank">S-Parameters</a> </td> <td> SS: VS: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=L-07Cxxx data-key-5=%20% data-key-6=The%20%IND-JOH-0402-002%20%is%20%a%20%substrate%20%scalable%20%Global%20%Model™%20%for%20%the%20%Johanson%20%P/N%20%L-07Cxxxx%20%series%20%surface%20%mount%20%chip%20%inductor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.johansontechnology.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness%20%and%20%component%20%tolerance%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%parallel%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%Global%20%Model™%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%inductor%20%values%20%within%20%the%20%valid%20%inductance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Inductor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/L-07Cxxx.pdf target="blank">L-07Cxxx</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=371&returnUrl=%2Fmodels%2Fdatasheet%2FInductor%2FIND-JOH-0402-002_datasheet.pdf" target="blank">IND-JOH-0402-002</a> </td> <td> 0402 </td> <td> Inductor </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 1 - 120 nH </td> <td> CLR Small-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=371" target="_blank">S-Parameters</a> </td> <td> SS: VS: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=L-07Wxxx data-key-5=%20% data-key-6=The%20%IND-JOH-0402-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%Model™%20%for%20%the%20%Johanson%20%P/N%20%L-07Wxxxx%20%series%20%surface%20%mount%20%chip%20%inductor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.johansontechnology.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness%20%and%20%component%20%tolerance%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%parallel%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%Global%20%Model™%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%inductor%20%values%20%within%20%the%20%valid%20%inductance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Inductor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/L-07Wxxx.pdf target="blank">L-07Wxxx</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=370&returnUrl=%2Fmodels%2Fdatasheet%2FInductor%2FIND-JOH-0402-001_datasheet.pdf" target="blank">IND-JOH-0402-001</a> </td> <td> 0402 </td> <td> Inductor </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 1 - 120 nH </td> <td> CLR Small-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=370" target="_blank">S-Parameters</a> </td> <td> SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=L-14C data-key-5=%20% data-key-6=n/a data-key-8=Inductor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/L-14C.pdf target="blank">L-14C</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=860&returnUrl=%2Fmodels%2Fdatasheet%2FInductor%2FIND-JOH-0603-001_datasheet.pdf" target="blank">IND-JOH-0603-001</a> </td> <td> 0603 </td> <td> Inductor </td> <td> 50 </td> <td> </td> <td> ADS </td> <td> 1 - 220 nH </td> <td> CLR -Large-Parts </td> <td>   </td> <td> PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=L-14W data-key-5=%20% data-key-6=n/a data-key-8=Inductor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/L-14W.pdf target="blank">L-14W</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=861&returnUrl=%2Fmodels%2Fdatasheet%2FInductor%2FIND-JOH-0603-002_datasheet.pdf" target="blank">IND-JOH-0603-002</a> </td> <td> 0603 </td> <td> Inductor </td> <td> 50 </td> <td> </td> <td> ADS </td> <td> 2 - 470 nH </td> <td> CLR -Large-Parts </td> <td>   </td> <td> PS: SS: VS: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MCS0402 data-key-5=%20% data-key-6=The%20%RES-VIS-0402-006%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Vishay%20%P/N%20%MCS0402%20%surface mount%20%chip%20%resistor%20%family(additional%20%information%20%is%20%available%20%at%20%www.vishay.com).%20%The%20%models%20%are%20%for%20%use%20%with microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global Model™%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%resistor%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/MCS0402.pdf target="blank">MCS0402</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=1585&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-VIS-0402-006_datasheet.pdf" target="blank">RES-VIS-0402-006</a> </td> <td> 0402 </td> <td> Resistor </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> 10 - 4.99M Ohms </td> <td> CLR Small-Parts </td> <td>   </td> <td> PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MCT0603 data-key-5=%20% data-key-6=The%20%RES-VIS-0603-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%ModelTM%20%for%20%the%20%Vishay%20%P%20%D11%20%surface%20%mount%20%chip%20%resistor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%http://www.vishay.com/products/).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance%20%pad%20%width,%20%pad%20%gap%20%and%20%pad%20%length%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%ModelTM%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%resistor%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/MCT0603.pdf target="blank">MCT0603</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=1163&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-VIS-0603-002_datasheet.pdf" target="blank">RES-VIS-0603-002</a> </td> <td> 0603 </td> <td> Resistor </td> <td> 50 </td> <td> </td> <td> ADS </td> <td> 1 - 10M Ohms </td> <td> CLR -Large-Parts </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=Milli-cap data-key-5=%20% data-key-6=The%20%CAP-DLI-MILLI-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%Mode%20%surface%20%mount%20%chip%20%capacitor%20%family%20%%20%http://www.knowlescapacitors.com/dilabs?catid=8%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulate%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/Milli-cap.pdf target="blank">Milli-cap</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=144&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-DLI-MILLI-001_datasheet.pdf" target="blank">CAP-DLI-MILLI-001</a> </td> <td> 0402 </td> <td> Capacitor </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> 0.3 - 82 pF </td> <td> CLR Small-Parts </td> <td>   </td> <td> PS: SS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=Milli-cap data-key-5=Available%20%Request%20%Quote data-key-6=The%20%CAP-DLI-MILLI-001-BRK%20%is%20%a%20%substrate%20%scalable%20%Global%20%Mode%20%surface%20%mount%20%chip%20%capacitor%20%family%20%%20%http://www.knowlescapacitors.com/dilabs?catid=8%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulate%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/Milli-cap.pdf target="blank">Milli-cap</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=1259&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-DLI-MILLI-001-BRK_datasheet.pdf" target="blank">CAP-DLI-MILLI-001-BRK</a> <img src="/Images/Misc/new.png" width="35" height="30" /> <img src="/Images/Misc/3dMods.png" width="41" height="30" /> </td> <td> 0402 </td> <td> Capacitor </td> <td> 40 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> 0.3 pF - 82 pF </td> <td> CLR - Passives </td> <td>   </td> <td> <a href="/model/models3d">3D</a>: BRK: SS: PS: VS: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MMA0204 data-key-5=%20% data-key-6=The%20%RES-VIS-MMA0204-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Vishay%20%P/N%20%MMA0204%20%surface%20%mount%20%chip%20%resistor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.vishay.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%resistor%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/MMA0204.pdf target="blank">MMA0204</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=1162&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-VIS-MMA0204-001_datasheet.pdf" target="blank">RES-VIS-MMA0204-001</a> </td> <td> 0204 MMA </td> <td> Resistor </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 0.2 - 10M Ohms </td> <td> CLR Small-Parts </td> <td>   </td> <td> BB: PS: SS: VS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MWT-1 data-key-5=%20% data-key-6=The%20%MES-MWT-MWT-1%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MicroWave%20%GaAs%20%MESFET%20%chip%20%based%20%on%20%the%20%extraction%20%of%20%EEHEMT%20%model.%20%The%20%device%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%26%20%GHz.%20%The%20%model%20%is%20%designed%20%for%20%use%20%for%20%MWT-1%20%devices%20%with%20%Idss%20%values%20%between%20%140%20%and%20%170%20%mA.%20% data-key-8=MESFET data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Microwave_Technology target="_blank">Microwave_Technology</a> </td> <td width="10%"> <a href=/models/Vendor/Microwave_Technology/MWT-1.pdf target="blank">MWT-1</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=101&mdl=439&returnUrl=%2Fmodels%2Fdatasheet%2FMESFET%2FMES-MWT-MWT-1-High-Idss_datasheet.pdf" target="blank">MES-MWT-MWT-1-High-Idss</a> </td> <td> 79A </td> <td> MESFET </td> <td> 26 </td> <td> 23.0 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BW: IM: LP: NL: NP: TS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MWT-1 data-key-5=%20% data-key-6=The%20%MES-MWT-MWT-1-low_Idss%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MicroWave%20%GaAs%20%MESFET%20%chip%20%based%20%on%20%the%20%extraction%20%of%20%EEHEMT%20%model.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%26%20%GHz.%20%The%20%device%20%is%20%designed%20%for%20%use%20%in%20%excellent%20%feed%20%back%20%amplifier%20%%20%application%20%and%20%other%20%commercial%20%systems.%20%This%20%“Low%20%Idss”%20%version%20%is%20%intended%20%to%20%represent%20%MWT-1%20%devices%20%with%20%Idss%20%values%20%between%20%80%20%and%20%139mA. data-key-8=MESFET data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Microwave_Technology target="_blank">Microwave_Technology</a> </td> <td width="10%"> <a href=/models/Vendor/Microwave_Technology/MWT-1.pdf target="blank">MWT-1</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=101&mdl=440&returnUrl=%2Fmodels%2Fdatasheet%2FMESFET%2FMES-MWT-MWT-1-Low-Idss_datasheet.pdf" target="blank">MES-MWT-MWT-1-Low-Idss</a> </td> <td> 79A </td> <td> MESFET </td> <td> 26 </td> <td> 16.0 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BW: IM: LP: NL: NP: TS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MwT-11F data-key-5=%20% data-key-6=The%20%HMT_MWT_MWT1F_001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MwT-1F%20%a%20%discrete%20%630%20%um%20%GaAs%20%MESFET%20%(additional%20%information%20%is%20%available%20%at%20%www.mwtinc.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Modelithics%20%measurement%20%data:%20%I-V,%20%S-parameters%20%&%20%load%20%pull. data-key-8=GaAs FET data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Microwave_Technology target="_blank">Microwave_Technology</a> </td> <td width="10%"> <a href=/models/Vendor/Microwave_Technology/MwT-11F.pdf target="blank">MwT-11F</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=101&mdl=1361&returnUrl=%2Fmodels%2Fdatasheet%2FGaAs_FET%2FMES-MWT-MWT11F-001_datasheet.pdf" target="blank">MES-MWT-MWT11F-001</a> </td> <td> 71 Package </td> <td> GaAs FET </td> <td> 30 </td> <td> </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BW: IM: LP: NL: TS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MwT-1F data-key-5=%20% data-key-6=The%20%HMT_MWT_MWT1F_001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MwT-1F%20%a%20%discrete%20%630%20%um%20%GaAs%20%MESFET%20%(additional%20%information%20%is%20%available%20%at%20%www.mwtinc.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Modelithics%20%measurement%20%data:%20%I-V,%20%S-parameters%20%&%20%load%20%pull. data-key-8=GaAs FET data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Microwave_Technology target="_blank">Microwave_Technology</a> </td> <td width="10%"> <a href=/models/Vendor/Microwave_Technology/MwT-1F.pdf target="blank">MwT-1F</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=101&mdl=1365&returnUrl=%2Fmodels%2Fdatasheet%2FGaAs_FET%2FMES-MWT-MWT1F-001_datasheet.pdf" target="blank">MES-MWT-MWT1F-001</a> </td> <td> 70,71 & 73 Packages </td> <td> GaAs FET </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BW: IM: LP: NL: TS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MwT-3F data-key-5=%20% data-key-6=The%20%HMT_MWT_MWT3F_001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MwT-3F%20%a%20%discrete%20%300%20%um%20%GaAs%20%MESFET%20%(additional%20%information%20%is%20%available%20%at%20%www.mwtinc.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Modelithics%20%measurement%20%data:%20%I-V,%20%S-parameters%20%&%20%load%20%pull. data-key-8=GaAs FET data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Microwave_Technology target="_blank">Microwave_Technology</a> </td> <td width="10%"> <a href=/models/Vendor/Microwave_Technology/MwT-3F.pdf target="blank">MwT-3F</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=101&mdl=1362&returnUrl=%2Fmodels%2Fdatasheet%2FGaAs_FET%2FMES-MWT-MWT3F-001_datasheet.pdf" target="blank">MES-MWT-MWT3F-001</a> </td> <td> 70,71 & 73 Packages </td> <td> GaAs FET </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BW: IM: LP: NL: TS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MwT-7 data-key-5=%20% data-key-6=The%20%MESFET%20%MES-MWT-MWT7%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MWT%20%MWT-7%20%MESFET%20%in%20%a%20%chip%20%package%20%based%20%on%20%the%20%extraction%20%of%20%%20%curtice%20%cubic%20%model.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%40%20%GHz.%20%%20%The%20%model%20%is%20%designed%20%to%20%work%20%best%20%for%20%non-linear%20%simulations,%20%and%20%the%20%small-signal%20%noise%20%model%20%will%20%be%20%most%20%useful%20%for%20%low%20%and%20%medium%20%noise%20%amplifier%20%design. data-key-8=MESFET data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Microwave_Technology target="_blank">Microwave_Technology</a> </td> <td width="10%"> <a href=/models/Vendor/Microwave_Technology/MwT-7.pdf target="blank">MwT-7</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=101&mdl=441&returnUrl=%2Fmodels%2Fdatasheet%2FMESFET%2FMES-MWT-MWT7_datasheet.pdf" target="blank">MES-MWT-MWT7</a> </td> <td> 79A </td> <td> MESFET </td> <td> 40 </td> <td> 20.0 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> FL: NL: NP: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MwT-7F data-key-5=%20% data-key-6=The%20%HMT_MWT_MWT7F_001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MwT-7F%20%a%20%discrete%20%250%20%um%20%GaAs%20%MESFET(additiona%20%information%20%is%20%available%20%at%20%www.mwtinc.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Modelithics%20%measurement%20%data:%20%I-V,%20%S-parameters%20%&%20%load%20%pull. data-key-8=GaAs FET data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Microwave_Technology target="_blank">Microwave_Technology</a> </td> <td width="10%"> <a href=/models/Vendor/Microwave_Technology/MwT-7F.pdf target="blank">MwT-7F</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=101&mdl=1364&returnUrl=%2Fmodels%2Fdatasheet%2FGaAs_FET%2FMES-MWT-MWT7F-001_datasheet.pdf" target="blank">MES-MWT-MWT7F-001</a> </td> <td> 70,71 & 73 Packages </td> <td> GaAs FET </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BW: IM: LP: NL: TS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MwT-9F data-key-5=%20% data-key-6=The%20%HMT_MWT_MWT9F_001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MwT-9F%20%a%20%discrete%20%750%20%um%20%GaAs%20%MESFET%20%(additional%20%information%20%is%20%available%20%at%20%www.mwtinc.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Modelithics%20%measurement%20%data:%20%I-V,%20%S-parameters%20%&%20%load%20%pull. data-key-8=GaAs FET data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Microwave_Technology target="_blank">Microwave_Technology</a> </td> <td width="10%"> <a href=/models/Vendor/Microwave_Technology/MwT-9F.pdf target="blank">MwT-9F</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=101&mdl=1363&returnUrl=%2Fmodels%2Fdatasheet%2FGaAs_FET%2FMES-MWT-MWT9F-001_datasheet.pdf" target="blank">MES-MWT-MWT9F-001</a> </td> <td> 70,71 & 73 Packages </td> <td> GaAs FET </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BW: IM: LP: NL: TS: </td> </tr> <tr data-key-1=PreRelease data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=NBB-300 data-key-5=%20% data-key-6=n/a data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/NBB-300.pdf target="blank">NBB-300</a> </td> <td class="Prerelease"> <a href="../Model/PreRelease" target="_blank"> <img src="/Images/Misc/PreRelease2_135x34.png" width="150" height="40" /></a> </td> <td> Micro-X package </td> <td> Amplifier </td> <td> </td> <td> 13.5 </td> <td> ADS </td> <td> </td> <td> PreRelease </td> <td>   </td> <td> </td> </tr> <tr data-key-1=PreRelease data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=NBB-310 data-key-5=%20% data-key-6=n/a data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/NBB-310.pdf target="blank">NBB-310</a> </td> <td class="Prerelease"> <a href="../Model/PreRelease" target="_blank"> <img src="/Images/Misc/PreRelease2_135x34.png" width="150" height="40" /></a> </td> <td> Micro-X package </td> <td> Amplifier </td> <td> </td> <td> 15.0 </td> <td> ADS </td> <td> </td> <td> PreRelease </td> <td>   </td> <td> </td> </tr> <tr data-key-1=PreRelease data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=NBB-400 data-key-5=%20% data-key-6=n/a data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/NBB-400.pdf target="blank">NBB-400</a> </td> <td class="Prerelease"> <a href="../Model/PreRelease" target="_blank"> <img src="/Images/Misc/PreRelease2_135x34.png" width="150" height="40" /></a> </td> <td> Micro-X package </td> <td> Amplifier </td> <td> </td> <td> 14.5 </td> <td> ADS </td> <td> </td> <td> PreRelease </td> <td>   </td> <td> </td> </tr> <tr data-key-1=PreRelease data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=NBB-402 data-key-5=%20% data-key-6=n/a data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/NBB-402.pdf target="blank">NBB-402</a> </td> <td class="Prerelease"> <a href="../Model/PreRelease" target="_blank"> <img src="/Images/Misc/PreRelease2_135x34.png" width="150" height="40" /></a> </td> <td> MPGA </td> <td> Amplifier </td> <td> </td> <td> 15.5 </td> <td> ADS </td> <td> </td> <td> PreRelease </td> <td>   </td> <td> </td> </tr> <tr data-key-1=PreRelease data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=NBB-500 data-key-5=%20% data-key-6=n/a data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/NBB-500.pdf target="blank">NBB-500</a> </td> <td class="Prerelease"> <a href="../Model/PreRelease" target="_blank"> <img src="/Images/Misc/PreRelease2_135x34.png" width="150" height="40" /></a> </td> <td> Micro-X package </td> <td> Amplifier </td> <td> </td> <td> 13.0 </td> <td> ADS </td> <td> </td> <td> PreRelease </td> <td>   </td> <td> </td> </tr> <tr data-key-1=Unknown data-key-2=Other data-key-3=%20% data-key-4=NBF511 data-key-5=%20% data-key-6=n/a data-key-8=JFET data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> NXP </td> <td width="10%"> <a href=/models/Vendor/NXP/NBF511.pdf target="blank">NBF511</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mdl=745&returnUrl=%2Fmodels%2Fdatasheet%2FJFET%2FMOS-NXP-BF511_datasheet.pdf" target="blank">MOS-NXP-BF511</a> </td> <td> </td> <td> JFET </td> <td> </td> <td> </td> <td> Other </td> <td> </td> <td> Unknown </td> <td>   </td> <td> </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=NPC20-40S data-key-5=%20% data-key-6=The%20%RES-AFE-2040S-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%ModelTM%20%for%20%the%20%Aeroflex%20%P/N%20%NPC20-40S-50R0G%20%and%20%1000G%20%surface%20%mount%20%chip%20%resistors%20%(additional%20%information%20%is%20%available%20%at%20%www.aeroflex.com/inmet).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width%20%and%20%pad%20%length%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%ModelTM%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%resistor%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20%%20% data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/API_Inmet target="_blank">API_Inmet</a> </td> <td width="10%"> <a href=/models/Vendor/API_Inmet/NPC20-40S.pdf target="blank">NPC20-40S</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=43&mdl=489&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-AFE-2040S-001_datasheet.pdf" target="blank">RES-AFE-2040S-001</a> </td> <td> 20x40 </td> <td> Resistor </td> <td> 30 </td> <td> </td> <td> ADS </td> <td> 50 and 100 Ohms </td> <td> CLR -Large-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=489" target="_blank">S-Parameters</a> </td> <td> PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=NPC50-100W data-key-5=%20% data-key-6=The%20%RES-AFE-50100W-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%ModelTM%20%for%20%the%20%Aeroflex%20%P/N%20%NPC50-100W%20%surface%20%mount%20%chip%20%resistor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%http://www.aeroflex.com/inmet).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width%20%pad%20%length%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%ModelTM%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%resistor%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/API_Inmet target="_blank">API_Inmet</a> </td> <td width="10%"> <a href=/models/Vendor/API_Inmet/NPC50-100W.pdf target="blank">NPC50-100W</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=43&mdl=490&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-AFE-50100W-001_datasheet.pdf" target="blank">RES-AFE-50100W-001</a> </td> <td> 50x100 </td> <td> Resistor </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 50 and 100 Ohms </td> <td> CLR -Large-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=490" target="_blank">S-Parameters</a> </td> <td> PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=NPC50-50W data-key-5=%20% data-key-6=The%20%RES-AFE-5050W-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%ModelTM%20%for%20%the%20%Aeroflex%20%P/N%20%NPC50-50W%20%surface%20%mount%20%chip%20%resistor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%http://www.aeroflex.com/inmet).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width%20%pad%20%length%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%ModelTM%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%resistor%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/API_Inmet target="_blank">API_Inmet</a> </td> <td width="10%"> <a href=/models/Vendor/API_Inmet/NPC50-50W.pdf target="blank">NPC50-50W</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=43&mdl=492&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-AFE-5050W-001_datasheet.pdf" target="blank">RES-AFE-5050W-001</a> </td> <td> 50x50 </td> <td> Resistor </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 50 and 100 Ohms </td> <td> CLR -Large-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=492" target="_blank">S-Parameters</a> </td> <td> PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=Opti-cap data-key-5=%20% data-key-6=The%20%CAP-DLI-OPTI-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%Mode%20%P62BN820MA2636%20%surface%20%mount%20%chip%20%capacitor%20%family%20%http://www.knowlescapacitors.com/dilabs?catid=8%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher%20%series%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%Model™%20%values%20%within%20%the%20%valid%20%capacitance%20%range%20% The%20%pad%20%dimensions%20%used%20%to%20%develop%20%datasheet%20%width%20%=0.635%20%mm,%20%gap%20%=%20%0.381%20%mm%20%.%20%%20%Frequency%20%Sweep%20%S11%20%(dB)%20%%20%%20%%20%%20%%20%%20%%20%%20%%20%%20%%20%%20%%20%%20%%20%%20%%20% Legend:%20% ?%20%15mil%20%Alumina,%20%+%20%10mil%20%Quartz,%20% ?%20%Lines%20%-%20%Model,%20%Symbols%20%-%20%Measured%20%data.%20%%20%Measured%20%data%20%stops%20%at%20%highest%20%valid%20%frequency%20%for%20%each%20%substrate.%20%S11%20%for%20%Opti-Cap%20%(100%20%nF)%20%capacitor%20%mounted%20%substrates%20%from%20%0.04%20%to%20%35%20%GHz.%20%%20%%20%%20% Model%20%Features%20% %20%Broadband%20%validation:%20%DC%20%%20%Equivalent%20%circuit%20%based%20%%20%Substrate%20%scalable:%20%(1.6%20% = %20%H/Er%20%%20%Land%20%Pattern%20%(Pad)%20%scalable%20%Accurate%20%effective%20%series%20%resistance%20%DC%20%blocking%20%capacitor%20%(100%20%nF)%20%Developed%20%for%20%microstrip%20%interconnects sales@modelithics.com%20% 5%20%10%20%15%20%200 -2.0 -1.5 -1.0 -0.5 -2.5 0.0 Frequency%20%(GHz) S21%20%(dB) 25%20%30%20%35 Frequency%20%(GHz) surface%20%mount%20%chip%20%capacitor%20%model CAP-DLIDC%20%Block%20%(%20%0603%20%Body%20%Style is%20%a%20%substrate%20%scalable%20%Global%20%Model™%20%for%20%the%20%Dielectric%20%Laboratories%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%http://www.knowlescapacitors.com/dilabs?catid=8).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%appl%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%thickness,%20%pad%20%length,%20%pad%20%width,%20%pad%20%gap,%20%and%20%component%20%tolerance%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulate%20%all%20%capacitor%20%hin%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Knowles target="_blank">Knowles</a> </td> <td width="10%"> <a href=/models/Vendor/Knowles/Opti-cap.pdf target="blank">Opti-cap</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=40&mdl=145&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-DLI-OPTI-001_datasheet.pdf" target="blank">CAP-DLI-OPTI-001</a> </td> <td> 0603 </td> <td> Capacitor </td> <td> 35 </td> <td> 0 </td> <td> ADS </td> <td> DC Block </td> <td> CLR -Large-Parts </td> <td>   </td> <td> BB: PS: SS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=PBR941 data-key-5=%20% data-key-6=The%20%BJT-NXP-PBR941%20%is%20%a%20%substrate%20%specific%20%Gummel-Poon%20%model%20%for%20%the%20%NXP%20%PBR941%20%single%20%NPN%20%BJT%20%in%20%a%20%SOT-23%20%package.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%6%20%GHz.%20%%20%The%20%model%20%is%20%intended%20%for%20%use%20%in%20%communication%20%and%20%instrumentation%20%systems.%20% data-key-8=NPNBJT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> NXP </td> <td width="10%"> <a href=/models/Vendor/NXP/PBR941.pdf target="blank">PBR941</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mdl=68&returnUrl=%2Fmodels%2Fdatasheet%2FNPNBJT%2FBJT-NXP-PBR941_datasheet.pdf" target="blank">BJT-NXP-PBR941</a> </td> <td> SOT-23 </td> <td> NPNBJT </td> <td> 3 </td> <td> 8 dBm </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=PCA data-key-5=%20% data-key-6=The%20%ATTSP-AFE-PCA-001%20%is%20%a%20%part-value%20%selectable%20%S-parameter%20%data%20%model%20%for%20%the%20%Aeroflex%20%PCA%20%series%20%chip%20%attenuators%20%(additional%20%information%20%is%20%available%20%at%20%www.aeroflex.com/inmet).%20%These%20%S-Parameters%20%represent%20%typical%20%component%20%performance%20%on%20%a%20%20%20%mil%20%thick%20%Rogers%20%4003C%20%substrate%20%or%20%similar%20%board%20%type. data-key-8=Attenuator data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/API_Inmet target="_blank">API_Inmet</a> </td> <td width="10%"> <a href=/models/Vendor/API_Inmet/PCA.pdf target="blank">PCA</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=43&mdl=48&returnUrl=%2Fmodels%2Fdatasheet%2FAttenuator%2FATTSP-AFE-PCA-001_datasheet.pdf" target="blank">ATTSP-AFE-PCA-001</a> </td> <td> </td> <td> Attenuator </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 1 - 20 dB </td> <td> Sparams </td> <td>   <br /> <a href="/model/getsparams?id1=48" target="_blank">S-Parameters</a> </td> <td> SP: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=PCAA data-key-5=%20% data-key-6=The%20%ATTSP-AFE-PCAA-001%20%is%20%a%20%part-value%20%selectable%20%S-parameter%20%data%20%model%20%for%20%the%20%Aeroflex%20%PCA%20%series%20%chip%20%attenuators%20%(additional%20%information%20%is%20%available%20%at%20%www.aeroflex.com/inmet).%20%These%20%S-Parameters%20%represent%20%typical%20%component%20%performance%20%on%20%a%20%20%20%mil%20%thick%20%Rogers%20%4003C%20%substrate%20%or%20%similar%20%board%20%type.%20% data-key-8=Attenuator data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/API_Inmet target="_blank">API_Inmet</a> </td> <td width="10%"> <a href=/models/Vendor/API_Inmet/PCAA.pdf target="blank">PCAA</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=43&mdl=49&returnUrl=%2Fmodels%2Fdatasheet%2FAttenuator%2FATTSP-AFE-PCAA-001_datasheet.pdf" target="blank">ATTSP-AFE-PCAA-001</a> </td> <td> </td> <td> Attenuator </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 1 - 20 dB </td> <td> Sparams </td> <td>   <br /> <a href="/model/getsparams?id1=49" target="_blank">S-Parameters</a> </td> <td> SP: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=PCAAF data-key-5=%20% data-key-6=The%20%ATT-AFE-PCAAF-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%ModelTM%20%for%20%the%20%Aeroflex%20%P/N%20%PCAAF%20%surface%20%mount%20%chip%20%attenuator%20%family.%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width%20%and%20%pad%20%length%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%ModelTM%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%attenuator%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Attenuator data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/API_Inmet target="_blank">API_Inmet</a> </td> <td width="10%"> <a href=/models/Vendor/API_Inmet/PCAAF.pdf target="blank">PCAAF</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=43&mdl=39&returnUrl=%2Fmodels%2Fdatasheet%2FAttenuator%2FATT-AFE-PCAAF-001_datasheet.pdf" target="blank">ATT-AFE-PCAAF-001</a> </td> <td> </td> <td> Attenuator </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 1 - 20 dB </td> <td> SLC - Components </td> <td>   <br /> <a href="/model/getsparams?id1=39" target="_blank">S-Parameters</a> </td> <td> PS: SS: VS: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=PCAF data-key-5=%20% data-key-6=The%20%ATT-AFE-PCAF-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%ModelTM%20%for%20%the%20%Aeroflex%20%P/N%20%PCAF%20%surface%20%mount%20%chip%20%at%20%tenuator%20%family.%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width%20%and%20%pad%20%length%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%Model%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%attenuator%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Attenuator data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/API_Inmet target="_blank">API_Inmet</a> </td> <td width="10%"> <a href=/models/Vendor/API_Inmet/PCAF.pdf target="blank">PCAF</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=43&mdl=40&returnUrl=%2Fmodels%2Fdatasheet%2FAttenuator%2FATT-AFE-PCAF-001_datasheet.pdf" target="blank">ATT-AFE-PCAF-001</a> </td> <td> </td> <td> Attenuator </td> <td> 18 </td> <td> </td> <td> ADS </td> <td> 1 - 20 dB </td> <td> SLC - Components </td> <td>   <br /> <a href="/model/getsparams?id1=40" target="_blank">S-Parameters</a> </td> <td> PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=PPC100-200AW data-key-5=%20% data-key-6=The%20%RES-AFE-10020AW-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%ModelTM%20%for%20%the%20%Aeroflex%20%P/N%20%PPC100-200AW50R0G%20%and%20%-1000G%20%surface%20%mount%20%chip%20%resistors%20%(additional%20%information%20%is%20%available%20%at%20%www.aeroflex.com/inmet).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width%20%and%20%pad%20%length%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%ModelTM%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%resistor%20%values%20%within%20%the%20%valid%20%resistance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/API_Inmet target="_blank">API_Inmet</a> </td> <td width="10%"> <a href=/models/Vendor/API_Inmet/PPC100-200AW.pdf target="blank">PPC100-200AW</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=43&mdl=488&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-AFE-100200AW-001_datasheet.pdf" target="blank">RES-AFE-100200AW-001</a> </td> <td> 100x200 </td> <td> Resistor </td> <td> 12 </td> <td> </td> <td> ADS </td> <td> 50 and 100 Ohms </td> <td> CLR -Large-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=488" target="_blank">S-Parameters</a> </td> <td> PS: SS: VS: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QCCF data-key-5=%20% data-key-6=The%20%CAP-JOH-0402-002%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Johanson%20%Technology%20%P/N QCCF%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.johansontechnology.com). The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component tolerance,%20%component%20%value,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap,%20%and%20%orientation%20%are%20%model%20%input%20%parameters. Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant frequency.%20%The%20%model%20%is%20%validated%20%with%20%measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate scalable,%20%pad%20%scalable,%20%and%20%orientation%20%selectable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately emulates%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/QCCF.pdf target="blank">QCCF</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=1504&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-JOH-0402-002_datasheet.pdf" target="blank">CAP-JOH-0402-002</a> </td> <td> 0402 </td> <td> Capacitor </td> <td> 50 </td> <td> </td> <td> ADS </td> <td> 0.1 - 33 pF </td> <td> CLR Small-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=1504" target="_blank">S-Parameters</a> </td> <td> OS: PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QCCP data-key-5=%20% data-key-6=The%20%CAP-JOH-0603-002%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Johanson%20%Technology%20%P/N QCCP%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at www.johansontechnology.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate (or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect metal%20%thickness,%20%component%20%tolerance,%20%component%20%value,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap,%20%and%20%orientation are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated%20%with%20%measured%20%equivalent%20%series%20%resistance (ESR).%20%A%20%single,%20%substrate%20%scalable,%20%pad%20%scalable,%20%and%20%orientation%20%selectable%20%Microwave%20%Global%20%Model™%20%is available%20%that%20%accurately%20%emulates%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/QCCP.pdf target="blank">QCCP</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=1505&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-JOH-0603-002_datasheet.pdf" target="blank">CAP-JOH-0603-002</a> </td> <td> 0603 </td> <td> Capacitor </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> 0.2 - 100 pF </td> <td> CLR -Large-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=1505" target="_blank">S-Parameters</a> </td> <td> OS: PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QCCT data-key-5=%20% data-key-6=The%20%CAP-JOH-0805-003%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Johanson%20%Technology%20%P/N QCCT%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.johansontechnology.com). The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component tolerance,%20%component%20%value,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap,%20%and%20%orientation%20%are%20%model%20%input%20%parameters. Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant frequency.%20%The%20%model%20%is%20%validated%20%with%20%measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate scalable,%20%pad%20%scalable,%20%and%20%orientation%20%selectable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately emulates%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/QCCT.pdf target="blank">QCCT</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=1506&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-JOH-0805-003_datasheet.pdf" target="blank">CAP-JOH-0805-003</a> </td> <td> 0805 </td> <td> Capacitor </td> <td> 30 </td> <td> </td> <td> ADS </td> <td> 0.3 - 220 pF </td> <td> CLR -Large-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=1506" target="_blank">S-Parameters</a> </td> <td> OS: PS: SS: VS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD0005 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD0005-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD0005%20%in%20%a%20%4.5x4%20%mm%20%DFN%20%package,%20%a%20%8 W%20%(P3dB)%20%unmatched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%EEHEMT%20%non-linear%20%model that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD0005.pdf target="blank">QPD0005</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1327&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD0005-001_datasheet.pdf" target="blank">HMT-QOR-QPD0005-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 39.0 (8 watts) </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: LP: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD0020 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD0020-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD0020%20%in%20%a%20%4x3mm%20%QFN%20%package,%20%adiscrete%20%35W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%availableat%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%isvalidated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-6%20%GHzband.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD0020.pdf target="blank">QPD0020</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1071&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD0020-001_datasheet.pdf" target="blank">HMT-QOR-QPD0020-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 45.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: LP: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD0030 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD0030-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD0030%20%in%20%a%20%3x4mm%20%QFN%20%package,%20%a%20%discrete%20%45W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-4%20%GHz%20%band.%20%Model%20%validated%20%under%20%class%20%AB%20%and%20%class%20%C%20%operation%20%for%20%Doherty%20%architecture%20%designs. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD0030.pdf target="blank">QPD0030</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=767&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD0030-001_datasheet.pdf" target="blank">HMT-QOR-QPD0030-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 46.5 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL:LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD0060 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD0060-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD0030%20%in%20%a%20%3x4mm%20%QFN%20%package,%20%a%20%discrete%20%45W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD0060.pdf target="blank">QPD0060</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=815&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD0060-001_datasheet.pdf" target="blank">HMT-QOR-QPD0060-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4 </td> <td> 49.5 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD0060 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD0060-101%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD0030%20%in%20%a%20%3x4mm%20%QFN%20%package,%20%a%20%discrete%20%45W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaAsPHEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD0060.pdf target="blank">QPD0060</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1383&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-QPD0060-101_datasheet.pdf" target="blank">HMT-QOR-QPD0060-101</a> </td> <td> Package </td> <td> GaAsPHEMT </td> <td> 3.6 </td> <td> </td> <td> ADS </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1000 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1000-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1000%20%in%20%a%20%5x6mm%20%DFN%20%package,%20%a%20%discrete%20%15W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%0.1-4%20%GHz%20%band.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1000.pdf target="blank">QPD1000</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=814&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1000-001_datasheet.pdf" target="blank">HMT-QOR-QPD1000-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4 </td> <td> 41.9 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1004 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1004-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1004%20%in%20%a%20%6x5mm%20%DFN%20%package,%20%a%20%25W(P3dB)%20%50Ω%20%input-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. %20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1004.pdf target="blank">QPD1004</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=899&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1004-001_datasheet.pdf" target="blank">HMT-QOR-QPD1004-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 44.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1008 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1008-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1008%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%discrete%20%125W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%(up%20%to%20%6%20%GHz)%20%and%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-3%20%GHz%20%band. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1008.pdf target="blank">QPD1008</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=783&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1008-001_datasheet.pdf" target="blank">HMT-QOR-QPD1008-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 50.9 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   <br /> <a href="/model/getsparams?id1=783" target="_blank">S-Parameters</a> </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1008L data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1008L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1008L%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%discrete%20%125W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%(up%20%to%20%6%20%GHz)%20%and%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-3%20%GHz%20%band. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1008L.pdf target="blank">QPD1008L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=812&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1008L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1008L-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 50.9 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   <br /> <a href="/model/getsparams?id1=812" target="_blank">S-Parameters</a> </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1009 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1009-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1009%20%in%20%a%20%3x3mm%20%QFN%20%package,%20%a%20%discrete%20%15W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-6%20%GHz%20%band.%20%Model%20%validated%20%under%20%high%20%drain%20%bias%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1009.pdf target="blank">QPD1009</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=768&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1009-001_datasheet.pdf" target="blank">HMT-QOR-QPD1009-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 41.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL:TS:LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1010 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1010-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1010%20%in%20%a%20%3x3mm%20%QFN%20%package,%20%a%20%discrete%20%10W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-6%20%GHz%20%band.%20%Model%20%validated%20%under%20%high%20%drain%20%bias%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1010.pdf target="blank">QPD1010</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=769&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1010-001_datasheet.pdf" target="blank">HMT-QOR-QPD1010-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 40.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL:TS:LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1011 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1011-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1011%20%in%20%a%20%6x5mm%20%DFN%20%package,%20%a%20%7W%20%(P3dB)%20%50Ω%20%input-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1011.pdf target="blank">QPD1011</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=901&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1011-001_datasheet.pdf" target="blank">HMT-QOR-QPD1011-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 5 </td> <td> 39.4 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1013 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1013-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1013%20%in%20%a%20%7.2%20%x%20%6.6mm%20%DFN%20%package,%20%a%20%150W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1013.pdf target="blank">QPD1013</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=922&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1013-001_datasheet.pdf" target="blank">HMT-QOR-QPD1013-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 53.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1014 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1014-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1014%20%in%20%a%20%6x5mm%20%DFN%20%package,%20%a%20%15W%20%(P3dB)%20%50Ω%20%input-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1014.pdf target="blank">QPD1014</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=816&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1014-001_datasheet.pdf" target="blank">HMT-QOR-QPD1014-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 41.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1015 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1015-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1015%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%discrete%20%65W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%(up%20%to%20%6GHz)%20%and%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-4%20%GHz%20%band.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1015.pdf target="blank">QPD1015</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=784&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1015-001_datasheet.pdf" target="blank">HMT-QOR-QPD1015-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 48.1 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1015L data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1015L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1015L%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%discrete%20%65W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%(up%20%to%20%6GHz)%20%and%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-4%20%GHz%20%band.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1015L.pdf target="blank">QPD1015L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=813&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1015L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1015L-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 48.1 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1016 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1016-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1016%20%in%20%a%20%NI-780%20%package,%20%a%20%500W%20%(P3dB)%20%pre-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1016.pdf target="blank">QPD1016</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=875&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1016-001_datasheet.pdf" target="blank">HMT-QOR-QPD1016-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 1.7 </td> <td> 57.0 (500 watts) </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: LP: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1016L data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1016L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1016L%20%in%20%a%20%NI-780%20%package,%20%a%20%500W%20%(P3dB)%20%pre-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1016L.pdf target="blank">QPD1016L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1537&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1016L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1016L-001</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> Package </td> <td> GaN HEMT </td> <td> 1.7 </td> <td> 57.0 (500 watts) </td> <td> ADS </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: LP: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1017 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1017-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1017%20%internally-matched,%20%3.1%20%–%20%3.5%20%GHz,%20%discrete%20%450%20%W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%in%20%a%20%ceramic%20%package%20%with%20%metal%20%base%20%and%20%flange%20%whose%20%overall%20%dimension%20%is%20%approximately%20%17.4%20%x%20%24.0%20%x%20%4.31%20%mm%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%EEHEMT%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%with%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1017.pdf target="blank">QPD1017</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1109&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1017-001_datasheet.pdf" target="blank">HMT-QOR-QPD1017-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4.5 </td> <td> 56.6 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1020 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1020-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1020%20%in%20%a%20%6x5mm%20%DFN%20%package,%20%a%20%30W%20%(P3dB)%20%50Ω%20%input-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1020.pdf target="blank">QPD1020</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=927&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1020-001_datasheet.pdf" target="blank">HMT-QOR-QPD1020-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 8 </td> <td> 45.00 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> EOL: BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1022 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1022-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1022%20%in%20%a%20%3x3mm%20%QFN%20%package,%20%a%20%10W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%%20%%20%ww.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1022.pdf target="blank">QPD1022</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=902&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1022-001_datasheet.pdf" target="blank">HMT-QOR-QPD1022-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 12 </td> <td> 40.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1025 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1025-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1025%20%in%20%a%20%4-lead%20%NI-1230%20%package%20%(earless),%20%a%20%1800W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1025.pdf target="blank">QPD1025</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1425&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1025-001_datasheet.pdf" target="blank">HMT-QOR-QPD1025-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 2.7 </td> <td> 58.7 </td> <td> ADS </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1025L data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1025L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1025L%20%in%20%a%20%4-lead%20%NI-1230%20%package (eared),%20%a%20%1800W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1025L.pdf target="blank">QPD1025L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1020&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1025L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1025L-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 2.7 </td> <td> 59.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1026L data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1026L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1026L%20%in%20%a%20%4-lead%20%NI-1230%20%package (eared),%20%a%20%1800W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1026L.pdf target="blank">QPD1026L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1045&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1026L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1026L-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 1.2 </td> <td> 62.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1028 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1028-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1028%20%in%20%an%20%NI-780%20%package%20%(earless),%20%a%20%750W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1028.pdf target="blank">QPD1028</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1424&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1028-001_datasheet.pdf" target="blank">HMT-QOR-QPD1028-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 2.6 </td> <td> 59.9 </td> <td> ADS </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1028L data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1028L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1028L%20%in%20%an%20%NI-780%20%package%20%(eared),%20%a%20%750W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1028L.pdf target="blank">QPD1028L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1208&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1028L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1028L-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 2.6 </td> <td> 59.9 </td> <td> ADS </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BP: NL LP: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1029L data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1029L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1029L%20%in%20%a%20%4-lead%20%NI-1230%20%package (eared),%20%a%20%1500W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1029L.pdf target="blank">QPD1029L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1096&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1029L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1029L-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 2.6 </td> <td> 60.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1035 data-key-5=%20% data-key-6=n/a data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1035.pdf target="blank">QPD1035</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1534&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1035-001_datasheet.pdf" target="blank">HMT-QOR-QPD1035-001</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 47.0 </td> <td> ADS </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: LP: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1035L data-key-5=%20% data-key-6=na data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1035L.pdf target="blank">QPD1035L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1535&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1035L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1035L-001</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 47.0 </td> <td> ADS </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: LP: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1425 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1425-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1425%20%in%20%an%20%NI400-2L%20%earless%20%package,%20%input%20%pre-matched%20%1.2%20%to%20%1.4%20%GHz,%20%400%20%W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1425.pdf target="blank">QPD1425</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1426&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1425-001_datasheet.pdf" target="blank">HMT-QOR-QPD1425-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 2 </td> <td> 57.5 </td> <td> ADS </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1425L data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1425L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1425L%20%in%20%an%20%NI400-2L%20%eared%20%package,%20%input%20%pre-matched%20%1.2%20%to%20%1.4%20%GHz,%20%400%20%W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1425L.pdf target="blank">QPD1425L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1427&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1425L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1425L-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 2 </td> <td> 57.5 </td> <td> ADS </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1823 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1823-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1823,%20%a%20%discrete%20%220W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%in%20%a%20%NI400%20%package%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1.8%20%to%20%2.17%20%GHz%20%band.%20%Model%20%validated%20%under%20%class%20%AB%20%and%20%class%20%C%20%operation%20%for%20%Doherty%20%architecture%20%designs. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1823.pdf target="blank">QPD1823</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=770&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1823-001_datasheet.pdf" target="blank">HMT-QOR-QPD1823-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 53.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL:TS:LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1881L data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1881L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1881L%20%in%20%a%20%NI780%20%package,%20%a%20%400W (P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1881L.pdf target="blank">QPD1881L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1021&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1881L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1881L-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4 </td> <td> 56.3 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD2017 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD2017-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD2017%20%in%20%a%20%7.2x6.6%20%mm%20%6-pin%20%DFN%20%package, a%20%discrete%20%45W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%3.1-3.5%20%GHz band.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2017.pdf target="blank">QPD2017</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1078&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD2017-001_datasheet.pdf" target="blank">HMT-QOR-QPD2017-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 5 </td> <td> 45.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: LP: TS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD2018D data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD2018D-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD2018D%20%a%20%discrete%20%180um%20%pHEMT%20%using%20%Qorvo's%20%0.25um%20%power%20%pHEMT%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%measurement%20%data:%20%I-V,%20%S-parameters,%20%noise%20%parameters%20%&%20%large%20%signal%20%load%20%pull. data-key-8=GaAsPHEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2018D.pdf target="blank">QPD2018D</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1374&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-QPD2018D-001_datasheet.pdf" target="blank">HMT-QOR-QPD2018D-001</a> </td> <td> Die </td> <td> GaAsPHEMT </td> <td> 40 </td> <td> 22.9 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD2025D data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD2025D-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD2025D%20%a%20%discrete%20%250um%20%pHEMT%20%using%20%Qorvo's%20%0.25um%20%power%20%pHEMT%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%measurement%20%data:%20%I-V,%20%S-parameters,%20%noise%20%parameters%20%&%20%large%20%signal%20%load%20%pull. data-key-8=GaAsPHEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2025D.pdf target="blank">QPD2025D</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1372&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-QPD2025D-001_datasheet.pdf" target="blank">HMT-QOR-QPD2025D-001</a> </td> <td> Die </td> <td> GaAsPHEMT </td> <td> 40 </td> <td> 24.3 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD2040D data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD2040D-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD2040D%20%a%20%discrete%20%400um%20%pHEMT%20%using%20%Qorvo's%20%0.25um%20%power%20%pHEMT%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%measurement%20%data:%20%I-V,%20%S-parameters,%20%noise%20%parameters%20%&%20%large%20%signal%20%load%20%pull. data-key-8=GaAsPHEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2040D.pdf target="blank">QPD2040D</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1370&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-QPD2040D-001_datasheet.pdf" target="blank">HMT-QOR-QPD2040D-001</a> </td> <td> Die </td> <td> GaAsPHEMT </td> <td> 40 </td> <td> 27.2 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD2060D data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD2060D-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD2060D%20%a%20%discrete%20%600um%20%pHEMT%20%using%20%Qorvo's%20%0.25um%20%power%20%pHEMT%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%measurement%20%data:%20%I-V,%20%S-parameters,%20%noise%20%parameters%20%&%20%large%20%signal%20%load%20%pull. data-key-8=GaAsPHEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2060D.pdf target="blank">QPD2060D</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1373&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-QPD2060D-001_datasheet.pdf" target="blank">HMT-QOR-QPD2060D-001</a> </td> <td> Die </td> <td> GaAsPHEMT </td> <td> 40 </td> <td> 29.0 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD2080D data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD2080D-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD2080D%20%a%20%discrete%20%800um%20%pHEMT%20%using%20%Qorvo's%20%0.25um%20%power%20%pHEMT%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%measurement%20%data:%20%I-V,%20%S-parameters,%20%noise%20%parameters%20%&%20%large%20%signal%20%load%20%pull. data-key-8=GaAsPHEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2080D.pdf target="blank">QPD2080D</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1375&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-QPD2080D-001_datasheet.pdf" target="blank">HMT-QOR-QPD2080D-001</a> </td> <td> Die </td> <td> GaAsPHEMT </td> <td> 40 </td> <td> 30.3 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD2120D data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD2120D-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD2120D%20%a%20%discrete%20%1200um%20%pHEMT%20%using%20%%20%Qorvo's%20%0.25um%20%power%20%pHEMT%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%%20%measurement%20%data:%20%I-V,%20%S-parameters,%20%noise%20%parameters%20%&%20%large%20%signal%20%load%20%pull.%20% data-key-8=GaAsPHEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2120D.pdf target="blank">QPD2120D</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1369&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-QPD2120D-001_datasheet.pdf" target="blank">HMT-QOR-QPD2120D-001</a> </td> <td> Die </td> <td> GaAsPHEMT </td> <td> 40 </td> <td> 30.8 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD2160D data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD2160D-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD2160D%20%a%20%discrete%20%1600um%20%pHEMT%20%using%20%Qorvo's%20%0.25um%20%power%20%pHEMT%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%measurement%20%data:%20%I-V,%20%S-parameters,%20%noise%20%parameters%20%&%20%large%20%signal%20%load%20%pull. data-key-8=GaAsPHEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2160D.pdf target="blank">QPD2160D</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1371&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-QPD2160D-001_datasheet.pdf" target="blank">HMT-QOR-QPD2160D-001</a> </td> <td> Die </td> <td> GaAsPHEMT </td> <td> 40 </td> <td> 32.1 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD2194 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD2194-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD2194%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%300W%20%(P3dB)%20%pre-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2194.pdf target="blank">QPD2194</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=926&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD2194-001_datasheet.pdf" target="blank">HMT-QOR-QPD2194-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4 </td> <td> 55.70 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD2195 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD2195-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD2195%20%in%20%a%20%NI780%20%package,%20%a%20%400W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2195.pdf target="blank">QPD2195</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=903&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD2195-001_datasheet.pdf" target="blank">HMT-QOR-QPD2195-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 3 </td> <td> 56.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD2796 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD2796-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD2796%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%discrete%20%200W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%2.5-2.7%20%GHz%20%band.%20%Model%20%validated%20%under%20%class%20%AB%20%and%20%class%20%C%20%operation%20%for%20%Doherty%20%architecture%20%designs. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2796.pdf target="blank">QPD2796</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=771&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD2796-001_datasheet.pdf" target="blank">HMT-QOR-QPD2796-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 2.7 </td> <td> 53.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL:TS:LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD3601 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD3601-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD3601%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%discrete%20%200W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%EEHEMT%20%non-linear%20%model%20%with%20%thermal%20%circuit%20%included%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%3.4-3.6%20%GHz%20%band.%20%Model%20%validated%20%under%20%class%20%AB%20%and%20%class%20%C%20%operation%20%for%20%Doherty%20%architecture%20%designs. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD3601.pdf target="blank">QPD3601</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=900&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD3601-001_datasheet.pdf" target="blank">HMT-QOR-QPD3601-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 3.6 </td> <td> 52.6 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD3800 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD3800-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD3800%20%in%20%a%20%NI400%20%package,%20%an%20%85W%20%(P3dB)%20%input-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%and%20%class%20%C%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD3800.pdf target="blank">QPD3800</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=817&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD3800-001_datasheet.pdf" target="blank">HMT-QOR-QPD3800-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 5 </td> <td> 49.3 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS-MWO-Genesys-HFSS-Sonnet data-key-3=Available%20%Request%20%Quote data-key-4=R05L data-key-5=Available%20%Request%20%Quote data-key-6=The%20%CAP-JOH-0201-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%Model™%20%for%20%the%20%Johanson%20%P/N%20%R05L%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.johansontechnology.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%and%20%component%20%tolerance%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulate%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Capacitor data-key-10="Available%20%Request%20%Quote" data-key-11="Available%20%Request%20%Quote" data-key-12="Available%20%Request%20%Quote"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/R05L.pdf target="blank">R05L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=148&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-JOH-0201-001_datasheet.pdf" target="blank">CAP-JOH-0201-001</a> </td> <td> 0201 </td> <td> Capacitor </td> <td> 20 </td> <td> 0 </td> <td> ADS-MWO-Genesys-HFSS-Sonnet </td> <td> 0.1 pF - 100 pF </td> <td> CLR - Passives </td> <td>   <br /> <a href="/model/getsparams?id1=148" target="_blank">S-Parameters</a> </td> <td> SS: PS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS-MWO-Genesys-HFSS-Sonnet data-key-3=Available%20%Request%20%Quote data-key-4=R05L data-key-5=Available%20%Request%20%Quote data-key-6=The%20%CAP-JOH-0201-101%20%is%20%a%20%substrate%20%scalable%20%Global%20%Model™%20%for%20%the%20%Johanson%20%P/N%20%R05L%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%http://www.johansontechnology.com%20%).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulate%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Capacitor data-key-10="Available%20%Request%20%Quote" data-key-11="Available%20%Request%20%Quote" data-key-12="Available%20%Request%20%Quote"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/R05L.pdf target="blank">R05L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=149&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-JOH-0201-101_datasheet.pdf" target="blank">CAP-JOH-0201-101</a> </td> <td> 0201 </td> <td> Capacitor </td> <td> 20 </td> <td> </td> <td> ADS-MWO-Genesys-HFSS-Sonnet </td> <td> 0.2 pF - 56 pF </td> <td> CLR - Passives </td> <td>   </td> <td> SS: PS: VS: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=R05L data-key-5=%20% data-key-6=The%20%CAP-JOH-0201-201%20%is%20%a%20%substrate%20%scalable%20%Global%20%Model™%20%for%20%the%20%Johanson%20%P/N%20%R05L%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.johansontechnology.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%pad%20%length,%20%pad%20%width,%20%pad%20%gap%20%and%20%component%20%tolerance%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulate%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/R05L.pdf target="blank">R05L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=670&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-JOH-0201-201_datasheet.pdf" target="blank">CAP-JOH-0201-201</a> </td> <td> 0201 </td> <td> Capacitor </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 0.1 - 100 pF </td> <td> CLR Small-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=670" target="_blank">S-Parameters</a> </td> <td> PS: SS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=R05L data-key-5=Available%20%Request%20%Quote data-key-6=The%20%CAP-JOH-0201-201-BRK%20%is%20%a%20%substrate%20%scalable%20%Global%20%Model™%20%for%20%the%20%Johanson%20%P/N%20%R05L%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.johansontechnology.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%pad%20%length,%20%pad%20%width,%20%pad%20%gap%20%and%20%component%20%tolerance%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulate%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Capacitor data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/R05L.pdf target="blank">R05L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=1260&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-JOH-0201-201-BRK_datasheet.pdf" target="blank">CAP-JOH-0201-201-BRK</a> <img src="/Images/Misc/new.png" width="35" height="30" /> <img src="/Images/Misc/3dMods.png" width="41" height="30" /> </td> <td> 0201 </td> <td> Capacitor </td> <td> 20 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> 0.2 pF - 56 pF </td> <td> CLR - Passives </td> <td>   </td> <td> <a href="/model/models3d">3D</a>: BRK: SS: PS: VS: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=R07S data-key-5=%20% data-key-6=The%20%CAP-JOH-0402-001%20%is%20%a%20%substrate-scalable%20%Global%20%Models™%20%for%20%the%20%Johanson%20%P/N%20%R07S%20%surface%20%mount%20%chip%20%capacitor%20%family.%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%Global%20%Model™%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%.%20%%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/R07S.pdf target="blank">R07S</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=150&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-JOH-0402-001_datasheet.pdf" target="blank">CAP-JOH-0402-001</a> </td> <td> 0402 </td> <td> Capacitor </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 0.1 - 33 pF </td> <td> CLR Small-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=150" target="_blank">S-Parameters</a> </td> <td> PS: SS: VS: </td> </tr> <tr data-key-1=SELECT - Free data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=R07S data-key-5=%20% data-key-6=The%20%CAP-JOH-0402-001-S%20%is%20%a%20%substrate-scalable%20%Global%20%Model™%20%for%20%the%20%Johanson%20%P/N%20%R07S%20%surface%20%mountchip%20%capacitor%20%family.%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printedcircuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metalthickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Modelsaccount%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalableGlobal%20%Model™%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%.A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/R07S.pdf target="blank">R07S</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=1017&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-JOH-0402-001-S_datasheet.pdf" target="blank">CAP-JOH-0402-001-S</a> </td> <td> 0402 </td> <td> Capacitor </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 0.1 - 33 pF </td> <td> SELECT - Free </td> <td>   </td> <td> BB: PS: SS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=R07S data-key-5=Available%20%Request%20%Quote data-key-6=The%20%CAP-JOH-0402-001-BRK%20%is%20%a%20%substrate-scalable%20%Global%20%Models™%20%for%20%the%20%Johanson%20%P/N%20%R07S%20%surface%20%mount%20%chip%20%capacitor%20%family.%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%Global%20%Model™%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%.%20%%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Capacitor data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/R07S.pdf target="blank">R07S</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=1261&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-JOH-0402-001-BRK_datasheet.pdf" target="blank">CAP-JOH-0402-001-BRK</a> <img src="/Images/Misc/new.png" width="35" height="30" /> <img src="/Images/Misc/3dMods.png" width="41" height="30" /> </td> <td> 0402 </td> <td> Capacitor </td> <td> 20 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> 0.1 pF - 33 pF </td> <td> CLR - Passives </td> <td>   </td> <td> <a href="/model/models3d">3D</a>: BRK: SS: PS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=R07S data-key-5=Available%20%Request%20%Quote data-key-6=The%20%CAP-JOH-0603-101-BRK%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Johanson%20%P/N%20%R14S%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.johansontechnology.com/%20%).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulate%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/R07S.pdf target="blank">R07S</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=1407&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-JOH-0603-001-BRK_datasheet.pdf" target="blank">CAP-JOH-0603-001-BRK</a> <img src="/Images/Misc/new.png" width="35" height="30" /> <img src="/Images/Misc/3dMods.png" width="41" height="30" /> </td> <td> 0402 </td> <td> Capacitor </td> <td> 20 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> 0.1 pF - 100 pF </td> <td> CLR - Passives </td> <td>   </td> <td> <a href="/model/models3d">3D</a>: BRK: SS: PS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS-MWO-Genesys-HFSS-Sonnet data-key-3=Available%20%Request%20%Quote data-key-4=R14S data-key-5=Available%20%Request%20%Quote data-key-6=The%20%CAP-JOH-0603-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%Model™%20%for%20%the%20%Johanson%20%P/N%20%R14S%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.johansontechnology.com%20%).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulate%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="Available%20%Request%20%Quote" data-key-11="Available%20%Request%20%Quote" data-key-12="Available%20%Request%20%Quote"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/R14S.pdf target="blank">R14S</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=151&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-JOH-0603-001_datasheet.pdf" target="blank">CAP-JOH-0603-001</a> </td> <td> 0603 </td> <td> Capacitor </td> <td> 10 </td> <td> </td> <td> ADS-MWO-Genesys-HFSS-Sonnet </td> <td> 0.1 pF - 100 pF </td> <td> CLR - Passives </td> <td>   <br /> <a href="/model/getsparams?id1=151" target="_blank">S-Parameters</a> </td> <td> SS: PS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=R14S data-key-5=%20% data-key-6=The%20%CAP-JOH-0603-101%20%is%20%a%20%substrate%20%scalable%20%Global%20%Model™%20%for%20%the%20%Johanson%20%P/N%20%R14S%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.johansontechnology.com%20%).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulate%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/R14S.pdf target="blank">R14S</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=152&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-JOH-0603-101_datasheet.pdf" target="blank">CAP-JOH-0603-101</a> <img src="/Images/Misc/new.png" width="35" height="30" /> <img src="/Images/Misc/3dMods.png" width="41" height="30" /> </td> <td> 0603 </td> <td> Capacitor </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 0.1 - 100 pF </td> <td> CLR -Large-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=152" target="_blank">S-Parameters</a> </td> <td> <a href="/model/models3d">3D</a>: PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=R15G data-key-5=%20% data-key-6=The%20%CAP-JOH-0805-002%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Johanson%20%P/N%20%R15G%20%surface mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.johansondielectrics.com).%20%The%20%models are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance, pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated%20%with measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%An orientation%20%switch%20%is%20%used%20%in%20%the%20%model%20%to%20%select%20%between%20%the%20%horizontal%20%and%20%vertical%20%mount%20%configurations.%20%A Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/R15G.pdf target="blank">R15G</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=873&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-JOH-0805-002_datasheet.pdf" target="blank">CAP-JOH-0805-002</a> </td> <td> 0805 </td> <td> Capacitor </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 0.3 - 100 pF </td> <td> CLR -Large-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=873" target="_blank">S-Parameters</a> </td> <td> OS: PS: SS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS-MWO-Genesys-HFSS-Sonnet data-key-3=Available%20%Request%20%Quote data-key-4=R15S data-key-5=Available%20%Request%20%Quote data-key-6=The%20%CAP-JOH-0805-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%Model™%20%for%20%the%20%Johanson%20%P/N%20%R15S%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%http://www.johansontechnology.com%20%).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulate%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%An%20%orientation%20%switch%20%is%20%used%20%in%20%the%20%model%20%to%20%select%20%between%20%the%20%horizontal%20%and%20%vertical%20%configurations.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Capacitor data-key-10="Available%20%Request%20%Quote" data-key-11="Available%20%Request%20%Quote" data-key-12="Available%20%Request%20%Quote"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/R15S.pdf target="blank">R15S</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=153&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-JOH-0805-001_datasheet.pdf" target="blank">CAP-JOH-0805-001</a> </td> <td> 0805 </td> <td> Capacitor </td> <td> 20 </td> <td> </td> <td> ADS-MWO-Genesys-HFSS-Sonnet </td> <td> 0.1 pF - 220pF </td> <td> CLR - Passives </td> <td>   </td> <td> SS: VS: PS: OS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=R15S data-key-5=%20% data-key-6=The%20%CAP-JOH-0805-101%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Johanson%20%P/N%20%R15S%20%surface mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.johansontechnology.com).%20%The%20%models are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance, pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated%20%with measured%20%effective%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/R15S.pdf target="blank">R15S</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=801&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-JOH-0805-101_datasheet.pdf" target="blank">CAP-JOH-0805-101</a> </td> <td> 0805 </td> <td> Capacitor </td> <td> 20 </td> <td> </td> <td> ADS </td> <td> 0.1 - 220 pF </td> <td> CLR -Large-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=801" target="_blank">S-Parameters</a> </td> <td> OS: PS: SS: VS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=RCP0505 data-key-5=%20% data-key-6=n/a data-key-8=Resistor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/RCP0505.pdf target="blank">RCP0505</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=866&returnUrl=%2Fmodels%2Fdatasheet%2FResistor%2FRES-VIS-0505-001_datasheet.pdf" target="blank">RES-VIS-0505-001</a> </td> <td> 0505 </td> <td> Resistor </td> <td> </td> <td> </td> <td> ADS </td> <td> 10 Ohms - 2000 Ohms </td> <td> CLR -Large-Parts </td> <td>   </td> <td> </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=RF2132 data-key-5=%20% data-key-6=The%20%AMP-QOR-RF2132-001%20%is%20%a%20%nonlinear%20%behavioral%20%model%20%for%20%the%20%%20%RF2132%20%linear%20%power%20%amplifier%20%from%20%RFMD.%20%%20%The%20%device%20%is%20%manufactured%20%from%20%an%20%advanced%20%GaAs%20%HBT%20%process%20%and%20%can%20%provide%20%29%20%dB%20%gain%20%with%20%analog%20%in%20%the%20%800—950%20%MHz%20%operation.%20%The%20%model%20%is%20%designed%20%to%20%predict%20%the%20%circuit%20%performance%20%%20%under%20%different%20%substrate%20%types%20%and%20%bias%20%conditions%20%%20%(4.2V—5V).%20%%20%%20% data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/RF2132.pdf target="blank">RF2132</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=21&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMP-QOR-RF2132-001_datasheet.pdf" target="blank">AMP-QOR-RF2132-001</a> </td> <td> IC </td> <td> Amplifier </td> <td> 3 </td> <td> 29.0 </td> <td> ADS </td> <td> </td> <td> SLC - Components </td> <td>   </td> <td> NL: SS: PS: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=RF2878 data-key-5=%20% data-key-6=The%20%AMPXP-QOR-RF2878-001%20%is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%Qorvo%20%RF2878%20%low%20%noise%20%amplifier/PA%20%driver%20%amplifier%20%in%20%a%20%SOT-5%20%lead%20%package.%20%This%20%amplifier%20%is%20%designed%20%for%20%0.15-2.5GHz%20%applications%20%and%20%offers%20%an%20%excellent%20%dynamic%20%range.%20%A%20%combination%20%of%20%S-Parameter%20%with%20%noise/X-parameter%20%model%20%structure%20%enables%20%the%20%model%20%to%20%predict%20%the%20%broadband%20%small-signal%20%S-parameter%20%as%20%well%20%as%20%large-signal%20%results. data-key-8=Amplifier data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/RF2878.pdf target="blank">RF2878</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=36&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPXP-QOR-RF2878-001_datasheet.pdf" target="blank">AMPXP-QOR-RF2878-001</a> </td> <td> Package </td> <td> Amplifier </td> <td> 3 </td> <td> 14.4 </td> <td> ADS-Genesys </td> <td> </td> <td> SLC - Components </td> <td>   </td> <td> NL: SS: LP: IM: XP: </td> </tr> <tr data-key-1=SELECT - Free data-key-2=ADS-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=RF2878 data-key-5=%20% data-key-6=The%20%AMPXP-RFMD-RF2878-001%20%is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%RF2878%20%low%20%noise%20%amplifier%20%/%20%PA%20%driver%20%amplifier%20%from%20%RFMD.%20%This%20%amplifier%20%operates%20%from%20%0.15-2.5%20%GHz%20%with%20%a%20%very%20%high%20%dynamic%20%range%20%designed%20%for%20%digital%20%cellular%20%applications.%20%The%20%model%20%is%20%designed%20%to%20%predict%20%the%20%device%20%performance%20%as%20%a%20%function%20%of%20%frequencies,%20%bias%20%conditions%20%and%20%substrates.%20%%20%A%20%combination%20%of%20%P2D/X-parameter%20%model%20%structure%20%enables%20%the%20%model%20%to%20%predict%20%the%20%small%20%signal%20%S-parameter%20%as%20%well%20%as%20%large%20%signal%20%loadpull%20%results. data-key-8=Amplifier data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/RF2878.pdf target="blank">RF2878</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=37&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPXP-RFMD-RF2878-001-S_datasheet.pdf" target="blank">AMPXP-RFMD-RF2878-001-S</a> </td> <td> IC </td> <td> Amplifier </td> <td> 2.5 </td> <td> 32.0 </td> <td> ADS-Genesys </td> <td> </td> <td> SELECT - Free </td> <td>   </td> <td> NL: SS: LP: IM: XP: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=RF5110G data-key-5=%20% data-key-6=The%20%AMPXP-QOR-RF5110G-001%20%is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%RFMD%20%RF5110G%20%high%20%gain,%20%high%20%power,%20%high%20%efficiency%20%amplifier%20%in%20%a%20%QFN%20%3mm%20%by%20%3mm%20%package.%20%This%20%amplifier%20%is%20%designed%20%for%20%DC-1GHz%20%applications%20%and%20%offers%20%an%20%excellent%20%dynamic%20%range.%20%The%20%model%20%was%20%developed%20%from%20%load-tuned,%20%application-specific%20%circuits%20%to%20%cover%20%three%20%major%20%bands%20%centered%20%on%20%260MHz,%20%410MHz%20%and%20%870MHz.%20%These%20%application%20%circuits%20%are%20%described%20%in%20%this%20%document.%20%A%20%combination%20%of%20%S-Parameter/X-parameter%20%model%20%structure%20%enables%20%the%20%model%20%to%20%predict%20%the%20%broadband%20%small-signal%20%S-parameter%20%as%20%well%20%as%20%large-signal%20%results%20%at%20%25C.%20%For%20%functional%20%block%20%and%20%pin%20%description%20%please%20%refer%20%to%20%http://www.rfmd.com/.%20% data-key-8=Amplifier data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/RF5110G.pdf target="blank">RF5110G</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=727&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPXP-QOR-RF5110G-001_datasheet.pdf" target="blank">AMPXP-QOR-RF5110G-001</a> </td> <td> </td> <td> Amplifier </td> <td> 3 </td> <td> 36.0 </td> <td> ADS-Genesys </td> <td> </td> <td> SLC - Components </td> <td>   </td> <td> NL: XP: SP: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=RF5110G data-key-5=Available%20%Request%20%Quote data-key-6=The%20%AMPXP-QOR-RF5110G-001is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%Qorvo%20%RF5110G%20%high%20%gain%20%power%20%amplifier%20%in%20%a%20%QFN%20%3mm%20%by%20%3mm%20%package.%20%This%20%amplifier%20%is%20%designed%20%for%20%DC-1GHz%20%applications%20%and%20%offers%20%an%20%excellent%20%dynamic%20%range.%20%A%20%combination%20%of%20%S-Parameter/X-parameter%20%model%20%structure%20%enables%20%the%20%model%20%to%20%predict%20%the%20%broadband%20%small-signal%20%S-parameter%20%as%20%well%20%as%20%large-signal%20%results%20%at%20%25C. data-key-8=Amplifier data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/RF5110G.pdf target="blank">RF5110G</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1098&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMXP-QOR-RF5110G-001_datasheet.pdf" target="blank">AMXP-QOR-RF5110G-001</a> </td> <td> QFN </td> <td> Amplifier </td> <td> .9 </td> <td> 34.0 </td> <td> ADS-MWO-Genesys </td> <td> 35.4 </td> <td> SLC - Components </td> <td>   </td> <td> IM: NL: SP: XP: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=RPD02-50EAF data-key-5=%20% data-key-6=The%20%SPLSP-SINT-RPD0250EAF-001%20%is%20%a%20%substrate%20%selectable%20%S-parameter%20%data%20%model%20%for%20%Smiths%20%Interconnect%20%P/N%20%RPD02-50EAF,%20%6dB%20%two-way%20%resistive%20%power%20%splitter%20%with,%20%face%20%up%20%orientation%20%(additional%20%information%20%is%20%available%20%at%20%(smithsinterconnect.com).%20%The%20%S-Parameter%20%model%20%is%20%valid%20%for%20%three%20%unique%20%substrates%20%up%20%to%20%67%20%GHz%20%based%20%on%20%accurate%20%measurements,%20%maximum%20%frequency%20%depends%20%on%20%substrate%20%selection. data-key-8=Splitter data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/RPD02-50EAF.pdf target="blank">RPD02-50EAF</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1519&returnUrl=%2Fmodels%2Fdatasheet%2FSplitter%2FSPLSP-SINT-RPD0250EAF-001_datasheet.pdf" target="blank">SPLSP-SINT-RPD0250EAF-001</a> </td> <td> SMT </td> <td> Splitter </td> <td> 67 </td> <td> </td> <td> ADS </td> <td> </td> <td> Sparams </td> <td>   </td> <td> SP: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=RPD04-50EHF data-key-5=%20% data-key-6=The%20%SPLSP-SINT-RPD0450EHF-001%20%is%20%a%20%substrate%20%selectable%20%S-parameter%20%data%20%model%20%for%20%Smiths%20%Interconnect%20%P/N%20%RPD04-50EHF%20%12dB%20%four-way%20%resistive%20%power%20%splitter%20%with,%20%face%20%up%20%orientation%20%(additional%20%information%20%is%20%available%20%at%20%(smithsinterconnect.com).%20%The%20%S-Parameter%20%model%20%is%20%valid%20%for%20%two%20%unique%20%substrates%20%up%20%to%20%67%20%GHz%20%based%20%on%20%accurate%20%measurements,%20%maximum%20%frequency%20%depends%20%on%20%substrate%20%selection. data-key-8=Splitter data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/RPD04-50EHF.pdf target="blank">RPD04-50EHF</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1518&returnUrl=%2Fmodels%2Fdatasheet%2FSplitter%2FSPLSP-SINT-RPD0450EHF-001_datasheet.pdf" target="blank">SPLSP-SINT-RPD0450EHF-001</a> </td> <td> SMT </td> <td> Splitter </td> <td> 67 </td> <td> </td> <td> ADS </td> <td> </td> <td> Sparams </td> <td>   </td> <td> SP: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=S42E data-key-5=%20% data-key-6=The%20%CAP-JOH-S42E-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%Model™%20%for%20%the%20%Johanson%20%P/N%20%S42E%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.johansontechnology.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulate%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%An%20%orientation%20%switch%20%is%20%used%20%in%20%the%20%model%20%to%20%select%20%between%20%the%20%horizontal%20%and%20%vertical%20%configurations.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Johanson target="_blank">Johanson</a> </td> <td width="10%"> <a href=/models/Vendor/Johanson/S42E.pdf target="blank">S42E</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=3&mdl=154&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-JOH-S42E-001_datasheet.pdf" target="blank">CAP-JOH-S42E-001</a> </td> <td> 1111 </td> <td> Capacitor </td> <td> 6 </td> <td> </td> <td> ADS </td> <td> 0.2 - 1000 pF </td> <td> CLR -Large-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=154" target="_blank">S-Parameters</a> </td> <td> OS: PS: SS: VS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T1G2028536-FL data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T1G2028536-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G2028536-FL,%20%a%20%discrete%20%285W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measuremenT%20%datasets%20%. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T1G2028536-FL.pdf target="blank">T1G2028536-FL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=567&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G2028536-FL-001_datasheet.pdf" target="blank">HMT-QOR-T1G2028536-FL-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 3 </td> <td> 54.5 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T1G2028536-FS data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T1G2028536-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G2028536-FS,%20%a%20%discrete%20%285W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T1G2028536-FS.pdf target="blank">T1G2028536-FS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=573&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G2028536-FS-001_datasheet.pdf" target="blank">HMT-QOR-T1G2028536-FS-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 3 </td> <td> 54.5 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T1G3000532-SM data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T1G3000532-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G3000532-SM,%20%a%20%discrete%20%packaged%20%6W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%proven%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T1G3000532-SM.pdf target="blank">T1G3000532-SM</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=565&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G3000532-SM-001_datasheet.pdf" target="blank">HMT-QOR-T1G3000532-SM-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4 </td> <td> 36.9 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T1G4004532-FL data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T1G4004532-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G4004532-FL,%20%%20%a%20%discrete%20%45W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large-signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T1G4004532-FL.pdf target="blank">T1G4004532-FL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=570&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G4004532-FL-001_datasheet.pdf" target="blank">HMT-QOR-T1G4004532-FL-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 46.5 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T1G4004532-FS data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T1G4004532-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G4004532-FS,%20%a%20%discrete%20%45W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large-signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T1G4004532-FS.pdf target="blank">T1G4004532-FS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=569&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G4004532-FS-001_datasheet.pdf" target="blank">HMT-QOR-T1G4004532-FS-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 46.5 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T1G4012036-FL data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T1G4012036-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G4012036-FL,%20%a%20%discrete%20%120W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T1G4012036-FL.pdf target="blank">T1G4012036-FL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=574&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G4012036-FL-001_datasheet.pdf" target="blank">HMT-QOR-T1G4012036-FL-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4 </td> <td> 50.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T1G4012036-FS data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T1G4012036-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G4012036-FS,%20%a%20%discrete%20%120W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measuremenT%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T1G4012036-FS.pdf target="blank">T1G4012036-FS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=566&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G4012036-FS-001_datasheet.pdf" target="blank">HMT-QOR-T1G4012036-FS-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4 </td> <td> 50.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T1G4020036-FL data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T1G4020036-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G4020036-FL,%20%a%20%discrete%20%260W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model,%20%with%20%one%20%half%20%of%20%the%20%device%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T1G4020036-FL.pdf target="blank">T1G4020036-FL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=568&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G4020036-FL-001_datasheet.pdf" target="blank">HMT-QOR-T1G4020036-FL-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4 </td> <td> 54.1 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T1G4020036-FS data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T1G4020036-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G4020036-FS,%20%a%20%discrete%20%260W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model,%20%with%20%one%20%half%20%of%20%the%20%device%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T1G4020036-FS.pdf target="blank">T1G4020036-FS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=571&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G4020036-FS-001_datasheet.pdf" target="blank">HMT-QOR-T1G4020036-FS-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4 </td> <td> 54.1 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T1G6001032-SM data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T1G6001032-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G6001032-SM,%20%%20%a%20%discrete%20%10W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measure%20%ment%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T1G6001032-SM.pdf target="blank">T1G6001032-SM</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=564&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G6001032-SM-001_datasheet.pdf" target="blank">HMT-QOR-T1G6001032-SM-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 40.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T2G4003532-FL data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T2G4003532-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G4003532-FL,%20%%20%a%20%discrete%20%35W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T2G4003532-FL.pdf target="blank">T2G4003532-FL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=572&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G4003532-FL-001_datasheet.pdf" target="blank">HMT-QOR-T2G4003532-FL-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 44.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T2G4003532-FS data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T2G4003532-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G4003532-FS,%20%a%20%discrete%20%35W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T2G4003532-FS.pdf target="blank">T2G4003532-FS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=563&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G4003532-FS-001_datasheet.pdf" target="blank">HMT-QOR-T2G4003532-FS-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 44.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T2G4005528-FS data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T2G4005528-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G4005528-FS,%20%a%20%discrete%20%55W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%ngelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T2G4005528-FS.pdf target="blank">T2G4005528-FS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=561&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G4005528-FS-001_datasheet.pdf" target="blank">HMT-QOR-T2G4005528-FS-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 47.4 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T2G6000528-Q3 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T2G6000528-Q3-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G6000528-Q3,%20%%20%a%20%discrete%20%10W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%data%20%sets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20%%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T2G6000528-Q3.pdf target="blank">T2G6000528-Q3</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=558&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G6000528-Q3-001_datasheet.pdf" target="blank">HMT-QOR-T2G6000528-Q3-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 38.4 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> EB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T2G6001528-Q3 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T2G6001528-Q3-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G6001528-Q3,%20%a%20%discrete%20%18W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T2G6001528-Q3.pdf target="blank">T2G6001528-Q3</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=559&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G6001528-Q3-001_datasheet.pdf" target="blank">HMT-QOR-T2G6001528-Q3-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 42.5 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T2G6001528-SG data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T2G6001528-SG-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G6001528-SG,%20%%20%a%20%discrete%20%15W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%data%20%sets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T2G6001528-SG.pdf target="blank">T2G6001528-SG</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=562&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G6001528-SG-001_datasheet.pdf" target="blank">HMT-QOR-T2G6001528-SG-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 41.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T2G6003028-FL data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T2G6003028-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G6003028-FL,%20%a%20%discrete%20%30W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T2G6003028-FL.pdf target="blank">T2G6003028-FL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=286&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G6003028-FL-001_datasheet.pdf" target="blank">HMT-QOR-T2G6003028-FL-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 44.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> EB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T2G6003028-FS data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T2G6003028-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G6003028-FS,%20%a%20%discrete%20%30W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T2G6003028-FS.pdf target="blank">T2G6003028-FS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=560&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G6003028-FS-001_datasheet.pdf" target="blank">HMT-QOR-T2G6003028-FS-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 44.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TCAF data-key-5=%20% data-key-6=The%20%ATT-AFE-TCAF-001%20%is%20%a%20%substrate%20%scalable%20%Global%20%ModelTM%20%for%20%the%20%API%20%Inmet%20%P/N%20%TCAF%20%N05%20%series%20%temperature%20%variable%20%chip%20%attenuators,%20%2,%20%3,%20%4,%20%5%20%and%20%6dB%20%(additional%20%information%20%is%20%available%20%at%20%inmet.apitech.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%temperature,grounding%20%configuration,%20%pad%20%length,%20%and%20%pad%20%width%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%Global%20%ModelTM%20%is%20%available%20%which%20%accurately%20%emulates%20%all%20%attenuator%20%values%20%within%20%the%20%valid%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20%Case%20%ground%20%configuration%20%is%20%based%20%on%20%manufacturertest%20%fixture%20%and%20%validated%20%with%20%measurements%20%on%20%a%20%single%20%substrate%20%and%20%specific%20%footprint.%20%Via%20%array%20%ground%20%configuration%20%is%20%based%20%on%20%specific%20%via%20%grounding%20%configuration%20%and%20%validated%20%over%20%multiple%20%substrates data-key-8=Attenuator data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/API_Inmet target="_blank">API_Inmet</a> </td> <td width="10%"> <a href=/models/Vendor/API_Inmet/TCAF.pdf target="blank">TCAF</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=43&mdl=701&returnUrl=%2Fmodels%2Fdatasheet%2FAttenuator%2FATT-AFE-TCAF-001_datasheet.pdf" target="blank">ATT-AFE-TCAF-001</a> </td> <td> </td> <td> Attenuator </td> <td> 18 </td> <td> </td> <td> ADS </td> <td> 2 - 6 dB </td> <td> SLC - Components </td> <td>   <br /> <a href="/model/getsparams?id1=701" target="_blank">S-Parameters</a> </td> <td> PS: SS: TS: VS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=TGA2602-SM data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGA2602-SM%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%packaged%20%pHEMT%20%device%20%based%20%on%20%the%20%extraction%20%of%20%Angelov%20%model.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%3%20%GHz.%20%The%20%device%20%is%20%designed%20%for%20%use%20%in%20%wireless%20%base%20%station%20%and%20%WiMAX%20%application%20%and%20%other%20%commercial%20%systems. data-key-8=PHEMT data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGA2602-SM.pdf target="blank">TGA2602-SM</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=287&returnUrl=%2Fmodels%2Fdatasheet%2FPHEMT%2FHMT-QOR-TGA2602-SM_datasheet.pdf" target="blank">HMT-QOR-TGA2602-SM</a> </td> <td> Surface Mount </td> <td> PHEMT </td> <td> 6 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: NP: LP: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGA8344-SCC data-key-5=Available%20%Request%20%Quote data-key-6=The%20%AMP-QOR-TGA8344-001%20%is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%MMIC%20%TGA8344-SCC%20%low%20%noise%20%wideband%20%amplifier%20%from%20%Qorvo.%20%This%20%amplifier%20%operates%20%from%20%2-18%20%GHz,%20%with%20%typical%20%19dB%20%gain;%20%the%20%output%20%power%20%at%20%1dB%20%compression%20%point%20%is%20%16dBm.%20%The%20%model%20%is%20%designed%20%to%20%predict%20%the%20%circuit%20%performance%20%as%20%a%20%function%20%of%20%frequencies,%20%bias%20%conditions%20%and%20%temperatures. data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGA8344-SCC.pdf target="blank">TGA8344-SCC</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=22&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMP-QOR-TGA8344-001_datasheet.pdf" target="blank">AMP-QOR-TGA8344-001</a> </td> <td> MMIC </td> <td> Amplifier </td> <td> 26 </td> <td> 16.0 </td> <td> ADS-MWO </td> <td> </td> <td> SLC - Components </td> <td>   </td> <td> NL: NP: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGA8399B-SCC data-key-5=Available%20%Request%20%Quote data-key-6=The%20%AMP-QOR-TGA8399B-001%20%is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%Qorvo%20%TGA8399B-SCC%20%MMIC%20%amplifier.%20%The%20%model%20%is%20%a%20%file-driven%20%behavioral%20%model%20%for%20%use%20%in%20%AWR%20%that%20%allows%20%the%20%prediction%20%of%20%Sparameter,%20%(50%20%ohm)%20%power%20%compression%20%and%20%(50%20%hm%20%in/out)%20%TOI%20%data. data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGA8399B-SCC.pdf target="blank">TGA8399B-SCC</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=23&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMP-QOR-TGA8399B-001_datasheet.pdf" target="blank">AMP-QOR-TGA8399B-001</a> </td> <td> MMIC </td> <td> Amplifier </td> <td> 10 </td> <td> 11.0 </td> <td> ADS-MWO </td> <td> </td> <td> SLC - Components </td> <td>   </td> <td> NL: NP: TS: IM: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGA8810-SCC data-key-5=Available%20%Request%20%Quote data-key-6=The%20%AMP-TRI-TGA8810-001%20%is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%Triquint%20%TGA8810-SCC%20%MMIC%20%amplifier.%20%The%20%model%20%is%20%a%20%file-driven%20%behavioral%20%model%20%for%20%use%20%in%20%AWR%20%that%20%allows%20%the%20%prediction%20%of%20%Sparameter,%20%%20%(50%20%ohm)%20%power%20%compression%20%and%20%(50%20%ohm%20%in/out)%20%TOI%20%data data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGA8810-SCC.pdf target="blank">TGA8810-SCC</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=24&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMP-QOR-TGA8810-001_datasheet.pdf" target="blank">AMP-QOR-TGA8810-001</a> </td> <td> MMIC </td> <td> Amplifier </td> <td> 13 </td> <td> 17.0 </td> <td> ADS-MWO </td> <td> </td> <td> SLC - Components </td> <td>   </td> <td> NL: TS: IM: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-01 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2023-01-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%power%20%discrete%20%GaN%20%on%20%SiC HEMT%20%TGF2023-01%20%device.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%Angelov%20%nonlinear%20%model%20%and%20%is validated%20%against%20%large%20%signal%20%loadpull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltages. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2023-01.pdf target="blank">TGF2023-01</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=288&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-TQT-TGF2023-01_datasheet.pdf" target="blank">HMT-TQT-TGF2023-01</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 30 </td> <td> 38.6 </td> <td> ADS-MWO </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-05 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2023-05%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%power%20%discrete%20%GaN%20%on%20%SiC%20%HEMT TGF2023-05%20%device.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%Angelov%20%nonlinear%20%model.%20%The%20%model%20%is extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%quiescent%20%bias%20%voltages. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2023-05.pdf target="blank">TGF2023-05</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=289&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-TQT-TGF2023-05_datasheet.pdf" target="blank">HMT-TQT-TGF2023-05</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 30 </td> <td> 38.6 </td> <td> ADS-MWO </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-0N data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2023-0N%20%is%20%a%20%non-linear%20%scalable%20%model%20%for%20%the%20%TriQuint%20%power%20%discrete%20%GaN%20%on%20%SiC HEMT%20%device%20%TGF2023-01%20%and%20%TGF2023-05.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%Angelov%20%nonlinear model.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature,%20%quiescent%20%bias voltages%20%and%20%device%20%geometry. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2023-0N.pdf target="blank">TGF2023-0N</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=290&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-TQT-TGF2023-0N_datasheet.pdf" target="blank">HMT-TQT-TGF2023-0N</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 30 </td> <td> 38.6 </td> <td> ADS-MWO </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-2-01 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2023-2-01-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2023-2-01,%20%a%20%discrete%20%1.25%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2023-2-01.pdf target="blank">TGF2023-2-01</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=291&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2023-2-01-001_datasheet.pdf" target="blank">HMT-QOR-TGF2023-2-01-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 37.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-2-02 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2023-2-02-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2023-2-02,%20%a%20%discrete%20%2.5%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2023-2-02.pdf target="blank">TGF2023-2-02</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=292&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2023-2-02-001_datasheet.pdf" target="blank">HMT-QOR-TGF2023-2-02-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 40.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-2-05 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2023-2-05-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2023-2-05,%20%a%20%discrete%20%5%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2023-2-05.pdf target="blank">TGF2023-2-05</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=293&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2023-2-05-001_datasheet.pdf" target="blank">HMT-QOR-TGF2023-2-05-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 43.9 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-2-05 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2023-2-05-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2023-2-05,%20%a%20%discrete%20%5%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2023-2-05.pdf target="blank">TGF2023-2-05</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=797&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2023-2-05-101_datasheet.pdf" target="blank">HMT-QOR-TGF2023-2-05-101</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 43.9 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-2-10 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2023-2-10-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2023-2-10%20%(50%20%Watt),%20%a%20%discrete%20%10%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%This%20%temperature%20%and%20%bias%20%dependent%20%large-signal%20%model%20%is%20%based%20%on%20%smaller%20%geometry%20%model%20%that%20%was%20%validated%20%with%20%I-V,%20%S-parameters,%20%and%20%large-signal%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2023-2-10.pdf target="blank">TGF2023-2-10</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=294&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2023-2-10-001_datasheet.pdf" target="blank">HMT-QOR-TGF2023-2-10-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 46.9 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-2-20 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2023-2-20-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2023-2-20%20%(90%20%Watt),%20%a%20%discrete%20%20%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%This%20%temperature%20%and%20%bias%20%dependent%20%large-signal%20%model%20%is%20%based%20%on%20%smaller%20%geometry%20%model%20%that%20%was%20%validated%20%with%20%I-V,%20%S-parameters,%20%and%20%large-signal%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2023-2-20.pdf target="blank">TGF2023-2-20</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=295&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2023-2-20-001_datasheet.pdf" target="blank">HMT-QOR-TGF2023-2-20-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 49.5 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2040 data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2040%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2040%20%a%20%discrete%20%400um%20%pHEMT%20%using%20%Qorvo's%20%0.25um%20%power%20%pHEMT%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%measurement%20%data:%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull. data-key-8=GaAsPHEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2040.pdf target="blank">TGF2040</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1185&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-TGF2040_datasheet.pdf" target="blank">HMT-QOR-TGF2040</a> </td> <td> </td> <td> GaAsPHEMT </td> <td> 36 </td> <td> 24.2 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BB: NL: LS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2060 data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2060%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2060%20%a%20%discrete%20%600um%20%pHEMT%20%using%20%Qorvo's%20%0.25um%20%power%20%pHEMT%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%measurement%20%data:%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull. data-key-8=GaAsPHEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2060.pdf target="blank">TGF2060</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1097&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-TGF2060_datasheet.pdf" target="blank">HMT-QOR-TGF2060</a> </td> <td> Package </td> <td> GaAsPHEMT </td> <td> 20 </td> <td> 28.0 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BB: NL: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2819-FL data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2819-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2819-FL,%20%a%20%discrete%20%120W%20%(P3dB)%20%GaN%20%on SiC%20%HEMT%20%using%20%the%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2819-FL.pdf target="blank">TGF2819-FL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=654&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2819-FL-001_datasheet.pdf" target="blank">HMT-QOR-TGF2819-FL-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 8 </td> <td> 50.8 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP : </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2819-FS data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2819-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2819-FS,%20%a%20%discrete%20%120W%20%(P3dB)%20%GaN%20%on SiC%20%HEMT%20%using%20%the%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2819-FS.pdf target="blank">TGF2819-FS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=653&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2819-FS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2819-FS-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 8 </td> <td> 50.8 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP : </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2929-FL data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2829-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2819-FL,%20%a%20%discrete%20%120W%20%(P3dB)%20%GaN%20%on SiC%20%HEMT%20%using%20%the%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2929-FL.pdf target="blank">TGF2929-FL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=656&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2929-FL-001_datasheet.pdf" target="blank">HMT-QOR-TGF2929-FL-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 8 </td> <td> 50.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP : </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2929-FS data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2829-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2819-FS,%20%a%20%discrete%20%120W%20%(P3dB)%20%GaN%20%on SiC%20%HEMT%20%using%20%the%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2929-FS.pdf target="blank">TGF2929-FS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=655&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2929-FS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2929-FS-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 8 </td> <td> 50.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP : </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2933 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2933-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2933,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%and%20%power%20%sweep%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2933.pdf target="blank">TGF2933</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=746&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2933-001_datasheet.pdf" target="blank">HMT-QOR-TGF2933-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 38.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2933 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2933-SS-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2933,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%small-signal%20%model%20%that%20%is%20%validated%20%against%20%S-parameters%20%&%20%noise%20%measurements%20%taken%20%at%20%specific%20%bias%20%conditions%20%and%20%25C data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2933.pdf target="blank">TGF2933</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=752&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2933-SS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2933-SS-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 38.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2934 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2934-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2934,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%and%20%power%20%sweep%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2934.pdf target="blank">TGF2934</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=747&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2934-001_datasheet.pdf" target="blank">HMT-QOR-TGF2934-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 41.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2934 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2934-SS-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2934,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%small-signal%20%model%20%that%20%is%20%validated%20%against%20%S-parameters%20%&%20%noise%20%measurements%20%taken%20%at%20%specific%20%bias%20%conditions%20%and%20%25C. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2934.pdf target="blank">TGF2934</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=753&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2934-SS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2934-SS-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 41.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2935 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2935-001is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2935,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo'sQGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%and%20%power%20%sweep%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2935.pdf target="blank">TGF2935</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=748&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2935-001_datasheet.pdf" target="blank">HMT-QOR-TGF2935-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 35.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2935 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2935-SS-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2935,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%small-signal%20%model%20%that%20%is%20%validated%20%against%20%S-parameters%20%&%20%noise%20%measurements%20%taken%20%at%20%specific%20%bias%20%conditions%20%and%20%25C. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2935.pdf target="blank">TGF2935</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=754&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2935-SS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2935-SS-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 35.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2936 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2936-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2936,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%and%20%power%20%sweep%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2936.pdf target="blank">TGF2936</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=749&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2936-001_datasheet.pdf" target="blank">HMT-QOR-TGF2936-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 38.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2936 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2936-SS-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2936,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%small-signal%20%model%20%that%20%is%20%validated%20%against%20%S-parameters%20%&%20%noise%20%measurements%20%taken%20%at%20%specific%20%bias%20%conditions%20%and%20%25C. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2936.pdf target="blank">TGF2936</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=755&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2936-SS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2936-SS-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 38.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2941 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2941-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2941,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%and%20%power%20%sweep%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2941.pdf target="blank">TGF2941</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=750&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2941-001_datasheet.pdf" target="blank">HMT-QOR-TGF2941-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 35.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2941 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2941-SS-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2941,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%small-signal%20%model%20%that%20%is%20%validated%20%against%20%S-parameters%20%&%20%noise%20%measurements%20%taken%20%at%20%specific%20%bias%20%conditions%20%and%20%25C data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2941.pdf target="blank">TGF2941</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=756&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2941-SS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2941-SS-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 35.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2942 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2942-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2942,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%and%20%power%20%sweep%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2942.pdf target="blank">TGF2942</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=751&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2942-001_datasheet.pdf" target="blank">HMT-QOR-TGF2942-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 32.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2942 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2942-SS-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2942,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%small-signal%20%model%20%that%20%is%20%validated%20%against%20%S-parameters%20%&%20%noise%20%measurements%20%taken%20%at%20%specific%20%bias%20%conditions%20%and%20%25C data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2942.pdf target="blank">TGF2942</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=757&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2942-SS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2942-SS-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 32.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2952 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2952-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2952,%20%a%20%discrete%20%1.25%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2952.pdf target="blank">TGF2952</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=669&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2952-001_datasheet.pdf" target="blank">HMT-QOR-TGF2952-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 38.4 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2953 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2953-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2953,%20%a%20%discrete%20%2.52mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2953.pdf target="blank">TGF2953</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=667&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2953-001_datasheet.pdf" target="blank">HMT-QOR-TGF2953-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 41.2 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2954 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2954-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2954,%20%a%20%discrete%20%5.04mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%a%20%geometry-scaled%20%version%20%of%20%a%20%smaller%20%geometry%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%extracted%20%from%20%and%20%validated%20%against%20%I-V,%20%S-Parameters%20%&%20%large-signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2954.pdf target="blank">TGF2954</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=666&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2954-001_datasheet.pdf" target="blank">HMT-QOR-TGF2954-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 44.5 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2955 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2955-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2955,%20%a%20%discrete%20%7.56%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%a%20%geometry-scaled%20%version%20%of%20%a%20%smaller%20%geometry%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%extracted%20%from%20%and%20%validated%20%against%20%I-V,%20%S-Parameters%20%&%20%large-signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2955.pdf target="blank">TGF2955</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=663&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2955-001_datasheet.pdf" target="blank">HMT-QOR-TGF2955-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 46.4 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2956 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2956-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2956,%20%a%20%discrete%20%10.08%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%a%20%geometry-scaled%20%version%20%of%20%a%20%smaller%20%geometry%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%extracted%20%from%20%and%20%validated%20%against%20%I-V,%20%S-Parameters%20%&%20%large-signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2956.pdf target="blank">TGF2956</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=664&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2956-001_datasheet.pdf" target="blank">HMT-QOR-TGF2956-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 47.6 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2957 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2957-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2957,%20%a%20%discrete%20%12.6%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%a%20%geometry-scaled%20%version%20%of%20%a%20%smaller%20%geometry%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%extracted%20%from%20%and%20%validated%20%against%20%I-V,%20%S-Parameters%20%&%20%large-signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2957.pdf target="blank">TGF2957</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=665&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2957-001_datasheet.pdf" target="blank">HMT-QOR-TGF2957-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 48.6 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2960-SD data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2960-SM%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%packaged%20%GaAs%20%HFET%20%device%20%based%20%on%20%the%20%Angelov%20%model.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%6%20%GHz.%20%The%20%device%20%is%20%designed%20%for%20%use%20%in%20%cellular%20%base%20%stations,%20%WiMAX,%20%RFID%20%applications%20%and%20%others. data-key-8=HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2960-SD.pdf target="blank">TGF2960-SD</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=302&returnUrl=%2Fmodels%2Fdatasheet%2FHEMT%2FHMT-QOR-TGF2960-SD_datasheet.pdf" target="blank">HMT-QOR-TGF2960-SD</a> </td> <td> Surface Mount </td> <td> HEMT </td> <td> 6 </td> <td> </td> <td> ADS-MWO </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: LP: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=TGF2960-SD data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2960-SD-101%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%packaged%20%GaAs%20%HFET%20%device%20%based%20%on%20%the%20%Angelov%20%model.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%6%20%GHz.%20%The%20%model%20%is%20%temperature%20%and%20%substrate%20%scalable.%20%The%20%device%20%is%20%designed%20%for%20%use%20%in%20%cellular%20%base%20%stations,%20%WiMAX,%20%RFID%20%applications%20%and%20%other%20%commercial%20%systems.%20%(This%20%model%20%updates%20%and%20%obsoletes%20%model%20%HMT-TQT-TFG2960-SD) data-key-8=HEMT data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2960-SD.pdf target="blank">TGF2960-SD</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=303&returnUrl=%2Fmodels%2Fdatasheet%2FHEMT%2FHMT-QOR-TGF2960-SD-101_datasheet.pdf" target="blank">HMT-QOR-TGF2960-SD-101</a> </td> <td> Surface Mount </td> <td> HEMT </td> <td> 6 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: SS: TS: LP: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=TGF2961-SD data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2961-SD%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%packaged%20%GaAs%20%HFET%20%device%20%based%20%on%20%the%20%Angelov%20%model.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%6%20%GHz.%20%The%20%device%20%is%20%designed%20%for%20%use%20%in%20%cellular%20%base%20%stations,%20%WiMAX,%20%RFID%20%applications%20%and%20%other%20%commercial%20%systems. data-key-8=HEMT data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2961-SD.pdf target="blank">TGF2961-SD</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=304&returnUrl=%2Fmodels%2Fdatasheet%2FHEMT%2FHMT-QOR-TGF2961-SD_datasheet.pdf" target="blank">HMT-QOR-TGF2961-SD</a> </td> <td> Surface Mount </td> <td> HEMT </td> <td> 6 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2965-SM data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2965-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%3x3%20%mm%20%QFN%20%packaged%20%TGF2965-SM,%20%a%20%discrete%20%5W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2965-SM.pdf target="blank">TGF2965-SM</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=737&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2965-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF2965-SM-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 10 </td> <td> 36.9 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2977-SM data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2977-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2977-SM%20%in%20%a%20%3x3mm%20%QFN%20%package,%20%a%20%discrete%20%5W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%6-11%20%GHz%20%band.%20%Model%20%validated%20%under%20%high%20%drain%20%bias%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2977-SM.pdf target="blank">TGF2977-SM</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=785&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2977-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF2977-SM-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 12 </td> <td> 36.9 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2978-SM data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2978-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2978-SM%20%in%20%a%20%3x4mm%20%QFN%20%package,%20%a%20%discrete%20%20W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%5-11%20%GHz%20%band.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2978-SM.pdf target="blank">TGF2978-SM</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=790&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2978-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF2978-SM-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 11 </td> <td> 42.8 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL:TS:LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2979-SM data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2979-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2979-SM%20%in%20%a%20%3x4mm%20%QFN%20%package,%20%a%20%discrete%20%30W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%5-11%20%GHz%20%band.%20%Model%20%validated%20%under%20%high%20%drain%20%bias%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2979-SM.pdf target="blank">TGF2979-SM</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=791&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2979-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF2979-SM-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 11 </td> <td> 43.4 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL:TS:LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF3015-SM data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF3015-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%3x3%20%mm%20%QFN%20%packaged%20%TGF3015-SM,%20%a%20%discrete%20%10W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF3015-SM.pdf target="blank">TGF3015-SM</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=738&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF3015-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF3015-SM-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 10 </td> <td> 40.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF3020-SM data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF3020-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%3x3%20%mm%20%QFN%20%packaged%20%TGF3020-SM,%20%a%20%discrete%20%5W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF3020-SM.pdf target="blank">TGF3020-SM</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=739&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF3020-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF3020-SM-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 10 </td> <td> 36.9 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF3021-SM data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF3021-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%3x4%20%mm%20%QFN%20%packaged%20%TGF3021-SM,%20%a%20%discrete%20%30W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF3021-SM.pdf target="blank">TGF3021-SM</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=740&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF3021-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF3021-SM-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 10 </td> <td> 44.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF4350 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT_TQT_TGF4350%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF4350,%20%a%20%discrete%20%300%20%um%20%GaAs%20%pHEMT.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%Sparameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature.%20% data-key-8=GaAsPHEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF4350.pdf target="blank">TGF4350</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=557&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-TGF4350_datasheet.pdf" target="blank">HMT-QOR-TGF4350</a> </td> <td> Surface Mount </td> <td> GaAsPHEMT </td> <td> 40 </td> <td> </td> <td> ADS-MWO </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: TS: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TQP0104 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TQP0104-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%3x4%20%mm%20%QFN%20%packaged%20%TQP0104,%20%a%20%discrete%20%30W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TQP0104.pdf target="blank">TQP0104</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=772&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TQP0104-001_datasheet.pdf" target="blank">HMT-QOR-TQP0104-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 10 </td> <td> 44.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL:TS:LP: </td> </tr> <tr data-key-1=Unknown data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TQP7M9105 data-key-5=%20% data-key-6=n/a data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TQP7M9105.pdf target="blank">TQP7M9105</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=850&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPXP-QOR-TQP7M9105-001_datasheet.pdf" target="blank">AMPXP-QOR-TQP7M9105-001</a> </td> <td> SOT-89 </td> <td> Amplifier </td> <td> </td> <td> 32.0 </td> <td> ADS </td> <td> </td> <td> Unknown </td> <td>   </td> <td> </td> </tr> <tr data-key-1=Unknown data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TQP7M9106-2 data-key-5=%20% data-key-6=n/a data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TQP7M9106-2.pdf target="blank">TQP7M9106-2</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=849&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPXP-QOR-TQP7M91062-001_datasheet.pdf" target="blank">AMPXP-QOR-TQP7M91062-001</a> </td> <td> QFN </td> <td> Amplifier </td> <td> </td> <td> 30.0 </td> <td> ADS </td> <td> </td> <td> Unknown </td> <td>   </td> <td> </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TS06xxF data-key-5=%20% data-key-6=The%20%ATT-SINT-TS06XXF-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Smiths%20%Interconnects%20%%20%P/N%20%TS06XXF%20%SMT%20%series%20%surface%20%mount%20%chip%20%attenuator%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.smithsinterconnect.com).%20%The%20%models%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness%20%and%20%component%20%tolerance%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%attenuator%20%values%20%within%20%the%20%valid%20%attenuation%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%built-in%20%solder%20%pad%20%mount%20%effects%20%to%20%be%20%disabled. data-key-8=Attenuator data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/TS06xxF.pdf target="blank">TS06xxF</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1396&returnUrl=%2Fmodels%2Fdatasheet%2FAttenuator%2FATT-SINT-TS06xxF-001_datasheet.pdf" target="blank">ATT-SINT-TS06xxF-001</a> </td> <td> SMT </td> <td> Attenuator </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> 0 - 20 dB </td> <td> SLC - Components </td> <td>   <br /> <a href="/model/getsparams?id1=1396" target="_blank">S-Parameters</a> </td> <td> PS: SS: VS: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TS06xxF data-key-5=%20% data-key-6=The%20%ATT-SINT-TS06XXF-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Smiths%20%Interconnects%20%%20%P/N%20%TS06XXF%20%SMT%20%series%20%surface%20%mount%20%chip%20%attenuator%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.smithsinterconnect.com).%20%The%20%models%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness%20%and%20%component%20%tolerance%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%attenuator%20%values%20%within%20%the%20%valid%20%attenuation%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%built-in%20%solder%20%pad%20%mount%20%effects%20%to%20%be%20%disabled. data-key-8=Attenuator data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/TS06xxF.pdf target="blank">TS06xxF</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1422&returnUrl=%2Fmodels%2Fdatasheet%2FAttenuator%2FATT-SINT-TS06xxF-001_datasheet.pdf" target="blank">ATT-SINT-TS06xxF-001</a> </td> <td> SMT </td> <td> Attenuator </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> 0 - 20 dB </td> <td> SLC - Components </td> <td>   </td> <td> SS: PS: VS: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TSX data-key-5=%20% data-key-6=The%20%ATT-SINT-TSX-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Smiths%20%Interconnects%20%P/N%20%TSX%20%SMT%20%series%20%surface%20%mount%20%attenuator%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.smithsinterconnect.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness%20%and%20%component%20%tolerance%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%attenuator%20%values%20%within%20%the%20%valid%20%attenuation%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Attenuator data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/TSX.pdf target="blank">TSX</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1351&returnUrl=%2Fmodels%2Fdatasheet%2FAttenuator%2FATT-SINT-TSX-001_datasheet.pdf" target="blank">ATT-SINT-TSX-001</a> </td> <td> TSX SMT </td> <td> Attenuator </td> <td> 60 </td> <td> </td> <td> ADS </td> <td> 0 - 20 dB </td> <td> SLC - Components </td> <td>   </td> <td> BB: SS: VS: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TT9 data-key-5=%20% data-key-6=The%20%ATT-SINT-TT9-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Smiths%20%Interconnects%20%P/N TT9%20%SMT%20%series%20%surface%20%mount%20%attenuator%20%family%20%(additional%20%information%20%is%20%available%20%at www.smithsinterconnect.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect metal%20%thickness%20%and%20%component%20%tolerance%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%Microwave Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%attenuator%20%values%20%within%20%the%20%valid%20%attenuation%20%range.%20%A Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Attenuator data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/TT9.pdf target="blank">TT9</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1073&returnUrl=%2Fmodels%2Fdatasheet%2FAttenuator%2FATT-SINT-TT9-001_datasheet.pdf" target="blank">ATT-SINT-TT9-001</a> </td> <td> SMT </td> <td> Attenuator </td> <td> 30 </td> <td> </td> <td> ADS </td> <td> 0 - 10 dB </td> <td> SLC - Components </td> <td>   </td> <td> SS: VS: </td> </tr> <tr data-key-1=SELECT - Free data-key-2=ADS-MWO-Genesys-HFSS-Sonnet data-key-3=Available%20%Request%20%Quote data-key-4=TT9 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%ATT-SINT-TT9-001-S%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Smiths%20%Interconnects%20%P/N%20%TT9%20%SMT%20%series%20%surface%20%mount%20%attenuator%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.smithsinterconnect.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness%20%and%20%component%20%tolerance%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%attenuator%20%values%20%within%20%the%20%valid%20%attenuation%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Attenuator data-key-10="Available%20%Request%20%Quote" data-key-11="Available%20%Request%20%Quote" data-key-12="Available%20%Request%20%Quote"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/TT9.pdf target="blank">TT9</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1440&returnUrl=%2Fmodels%2Fdatasheet%2FAttenuator%2FATT-SINT-TT9-001-S_datasheet.pdf" target="blank">ATT-SINT-TT9-001-S</a> </td> <td> SMT </td> <td> Attenuator </td> <td> 30 </td> <td> </td> <td> ADS-MWO-Genesys-HFSS-Sonnet </td> <td> 0 - 10 dB </td> <td> SELECT - Free </td> <td>   </td> <td> VS: SS: </td> </tr> <tr data-key-1=CLR Small-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=VJ0402 data-key-5=%20% data-key-6=The%20%CAP-VIS-0402-102%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%P/N%20%VJ0402%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.vishay.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%component%20%value,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap,%20%and%20%orientation%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated%20%with%20%measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/VJ0402.pdf target="blank">VJ0402</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=1114&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-VIS-0402-102_datasheet.pdf" target="blank">CAP-VIS-0402-102</a> </td> <td> 0402 </td> <td> Capacitor </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> 0.1 - 82 pF </td> <td> CLR Small-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=1114" target="_blank">S-Parameters</a> </td> <td> BB: OS: PS: SS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=VJ0402 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%CAP-VIS-0402-102-BRK%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%P/N%20%VJ0402%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.vishay.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%component%20%value,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap,%20%and%20%orientation%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated%20%with%20%measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/VJ0402.pdf target="blank">VJ0402</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=1302&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-VIS-0402-102-BRK_datasheet.pdf" target="blank">CAP-VIS-0402-102-BRK</a> <img src="/Images/Misc/new.png" width="35" height="30" /> <img src="/Images/Misc/3dMods.png" width="41" height="30" /> </td> <td> 0402 </td> <td> Capacitor </td> <td> 40 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> 0.1 – 82 pF </td> <td> CLR - Passives </td> <td>   </td> <td> <a href="/model/models3d">3D</a>: BRK: BB:SS:PS:VS:OS : </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS-MWO-Genesys-HFSS-Sonnet data-key-3=Available%20%Request%20%Quote data-key-4=VJ0402D data-key-5=Available%20%Request%20%Quote data-key-6=The%20%CAP-VIS-0402-002%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Vishay%20%P/N%20%VJ0402%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.vishay.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulate%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="Available%20%Request%20%Quote" data-key-11="Available%20%Request%20%Quote" data-key-12="Available%20%Request%20%Quote"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/VJ0402D.pdf target="blank">VJ0402D</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=702&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-VIS-0402-002_datasheet.pdf" target="blank">CAP-VIS-0402-002</a> </td> <td> 0402 </td> <td> Capacitor </td> <td> 30 </td> <td> </td> <td> ADS-MWO-Genesys-HFSS-Sonnet </td> <td> 0.1-82 pF </td> <td> CLR - Passives </td> <td>   <br /> <a href="/model/getsparams?id1=702" target="_blank">S-Parameters</a> </td> <td> SS: PS: VS: OS: </td> </tr> <tr data-key-1=CLR -Large-Parts data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=VJ0603D data-key-5=%20% data-key-6=The%20%CAP-VIS-0603-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Vishay%20%P/N%20%VJ0603%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.vishay.com).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequencypairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%Accurate%20%effective%20%series%20%resistance%20%(ESR)%20%is%20%modeled%20%over%20%the%20%frequency%20%range.%20%A%20%single,%20%substrate%20%scalable%20%and%20%pad%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%%20%hat%20%accurately%20%emulate%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Vishay target="_blank">Vishay</a> </td> <td width="10%"> <a href=/models/Vendor/Vishay/VJ0603D.pdf target="blank">VJ0603D</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=5&mdl=703&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-VIS-0603-001_datasheet.pdf" target="blank">CAP-VIS-0603-001</a> </td> <td> 0603 </td> <td> Capacitor </td> <td> 30 </td> <td> </td> <td> ADS </td> <td> 0.1 - 470 pF </td> <td> CLR -Large-Parts </td> <td>   <br /> <a href="/model/getsparams?id1=703" target="_blank">S-Parameters</a> </td> <td> OS: PS: SS: VS: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=WPD02-1525EBF data-key-5=%20% data-key-6=The%20%SPLSP-SINT-WPD021525EBF-001%20%is%20%a%20%substrate%20%selectable%20%S-parameter%20%data%20%model%20%for%20%Smiths%20%Interconnect%20%P/N%20%WPD02-1525EBF%20%two-way%20%Wilkinson%20%power%20%splitter%20%with%20%face%20%up%20%orientation%20%(additional%20%information%20%is%20%available%20%at%20%(smithsinterconnect.com).%20%The%20%S-Parameter%20%model%20%is%20%valid%20%for%20%three%20%unique%20%substrates%20%up%20%to%20%67%20%GHz%20%based%20%on%20%accurate%20%measurements,%20%maximum%20%frequency%20%depends%20%on%20%substrate%20%selection.%20% data-key-8=Splitter data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/WPD02-1525EBF.pdf target="blank">WPD02-1525EBF</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1517&returnUrl=%2Fmodels%2Fdatasheet%2FSplitter%2FSPLSP-SINT-WPD021525EBF-001_datasheet.pdf" target="blank">SPLSP-SINT-WPD021525EBF-001</a> </td> <td> SMT </td> <td> Splitter </td> <td> 67 </td> <td> </td> <td> ADS </td> <td> </td> <td> Sparams </td> <td>   </td> <td> SP: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=WPD02-1525UDF data-key-5=%20% data-key-6=The%20%SPLSP-SINT-WPD021525UDF-001%20%is%20%a%20%substrate%20%selectable%20%S-parameter%20%data%20%model%20%for%20%Smiths%20%Interconnect%20%P/N%20%WPD02-1525UDF%20%two-way%20%Wilkinson%20%power%20%splitter%20%with%20%face%20%up%20%orientation%20%(additional%20%information%20%is%20%available%20%at%20%(smithsinterconnect.com).%20%The%20%S-Parameter%20%model%20%is%20%valid%20%for%20%three%20%unique%20%substrates%20%up%20%to%20%67%20%GHz%20%based%20%on%20%accurate%20%measurements,%20%maximum%20%frequency%20%depends%20%on%20%substrate%20%selection.%20%%20% data-key-8=Splitter data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/WPD02-1525UDF.pdf target="blank">WPD02-1525UDF</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1516&returnUrl=%2Fmodels%2Fdatasheet%2FSplitter%2FSPLSP-SINT-WPD021525UDF-001_datasheet.pdf" target="blank">SPLSP-SINT-WPD021525UDF-001</a> </td> <td> SMT </td> <td> Splitter </td> <td> 67 </td> <td> </td> <td> ADS </td> <td> </td> <td> Sparams </td> <td>   </td> <td> SP: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=WPD02-2535ECF data-key-5=%20% data-key-6=The%20%SPLSP-SINT-WPD022535ECF-001%20%is%20%a%20%substrate%20%selectable%20%S-parameter%20%data%20%model%20%for%20%Smiths%20%Interconnect%20%P/N%20%WPD02-2535ECF%20%two-way%20%Wilkinson%20%power%20%splitter%20%face%20%up%20%orientation%20%(additional%20%information%20%is%20%available%20%at%20%(smithsinterconnect.com).%20%The%20%S-Parameter%20%model%20%is%20%valid%20%for%20%three%20%unique%20%substrates%20%up%20%to%20%67%20%GHz%20%based%20%on%20%accurate%20%measurements,%20%maximum%20%frequency%20%depends%20%on%20%substrate%20%selection. data-key-8=Splitter data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/WPD02-2535ECF.pdf target="blank">WPD02-2535ECF</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1515&returnUrl=%2Fmodels%2Fdatasheet%2FSplitter%2FSPLSP-SINT-WPD022535ECF-001_datasheet.pdf" target="blank">SPLSP-SINT-WPD022535ECF-001</a> </td> <td> SMT </td> <td> Splitter </td> <td> 67 </td> <td> </td> <td> ADS </td> <td> 6 dB </td> <td> Sparams </td> <td>   </td> <td> SP: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=WPD03-1525EEF data-key-5=%20% data-key-6=The%20%SPLSP-SINT-WPD031525EEF-001%20%is%20%a%20%substrate%20%selectable%20%S-parameter%20%data%20%model%20%for%20%Smiths%20%Interconnect%20%P/N%20%WPD03-1525EEF%20%4.8dB%20%three-way%20%Wilkinson%20%power%20%splitter%20%with,%20%face%20%up%20%orientation%20%(additional%20%information%20%is%20%available%20%at%20%(smithsinterconnect.com).%20%The%20%S-Parameter%20%model%20%is%20%valid%20%for%20%two%20%unique%20%substrates%20%up%20%to%20%67%20%GHz%20%based%20%on%20%accurate%20%measurements,%20%maximum%20%frequency%20%depends%20%on%20%substrate%20%selection.%20% data-key-8=Splitter data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/WPD03-1525EEF.pdf target="blank">WPD03-1525EEF</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1514&returnUrl=%2Fmodels%2Fdatasheet%2FSplitter%2FSPLSP-SINT-WPD031525EEF-001_datasheet.pdf" target="blank">SPLSP-SINT-WPD031525EEF-001</a> </td> <td> SMT </td> <td> Splitter </td> <td> 67 </td> <td> </td> <td> ADS </td> <td> 6 dB </td> <td> Sparams </td> <td>   </td> <td> SP: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=WPD04-1525EFF data-key-5=%20% data-key-6=The%20%SPLSP-SINT-WPD041525EFF-001%20%is%20%a%20%S-parameter%20%data%20%model%20%for%20%Smiths%20%Interconnect%20%P/N%20%WPD04- 1525EFF%20%6dB%20%four-way%20%Wilkinson%20%power%20%splitter%20%with,%20%face%20%up%20%orientation%20%(additional%20%information%20%is%20%available at%20%(smithsinterconnect.com).%20%The%20%S-Parameter%20%model%20%is%20%valid%20%for%20%two%20%unique%20%substrates%20%up%20%to%20%67%20%GHz%20%based on%20%accurate%20%measurements,%20%maximum%20%frequency%20%depends%20%on%20%substrate%20%selection. The%20%4-way%20%WPD04-1525EFF%20%Wilkinson%20%power%20%splitter%20%is%20%designed%20%for%20%15%20%to%20%25%20%GHz%20%applications,%20%while%20%the developed%20%model%20%can%20%be%20%simulated%20%outside%20%the%20%product%20%recommended%20%frequency%20%range%20%and%20%up%20%to%20%67%20%GHz%20%on specific%20%substrates%20% data-key-8=Splitter data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/WPD04-1525EFF.pdf target="blank">WPD04-1525EFF</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1513&returnUrl=%2Fmodels%2Fdatasheet%2FSplitter%2FSPLSP-SINT-WPD041525EFF-001_datasheet.pdf" target="blank">SPLSP-SINT-WPD041525EFF-001</a> </td> <td> SMT </td> <td> Splitter </td> <td> 67 </td> <td> </td> <td> ADS </td> <td> 6 dB </td> <td> Sparams </td> <td>   </td> <td> SP: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=WPD04-2535EGF data-key-5=%20% data-key-6=The%20%SPLSP-SINT-WPD042535EGF%20%-001%20%is%20%a%20%substrate%20%selectable%20%S-parameter%20%data%20%model%20%for%20%Smiths Interconnect%20%P/N%20%WPD04-2535EGF%20%6dB%20%four-way%20%Wilkinson%20%power%20%splitter%20%with,%20%face%20%up%20%orientation (additional%20%information%20%is%20%available%20%at%20%(smithsinterconnect.com).%20%The%20%S-Parameter%20%model%20%is%20%valid%20%for%20%two unique%20%substrates%20%up%20%to%20%67%20%GHz%20%based%20%on%20%accurate%20%measurements,%20%maximum%20%frequency%20%depends%20%on substrate%20%selection. The%20%4-way%20%WPD04-2535EGF%20%Wilkinson%20%power%20%splitter%20%is%20%designed%20%for%20%25%20%to%20%35%20%GHz%20%applications,%20%while%20%the developed%20%model%20%can%20%be%20%simulated%20%outside%20%the%20%product%20%recommended%20%frequency%20%range%20%and%20%up%20%to%20%67%20%GHz%20%on specific%20%substrates data-key-8=Splitter data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/WPD04-2535EGF.pdf target="blank">WPD04-2535EGF</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1512&returnUrl=%2Fmodels%2Fdatasheet%2FSplitter%2FSPLSP-SINT-WPD042535EGF-001_datasheet.pdf" target="blank">SPLSP-SINT-WPD042535EGF-001</a> </td> <td> SMT </td> <td> Splitter </td> <td> 67 </td> <td> </td> <td> ADS </td> <td> 6 dB </td> <td> Sparams </td> <td>   </td> <td> SP: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=WTVA data-key-5=%20% data-key-6=The%20%ATTSP-SINT-WTVA-001%20%is%20%a%20%part-value%20%selectable%20%S-parameter%20%data%20%model%20%for%20%Smiths%20%Interconnect%20%Thermopad%20%WTVA0X00NXWB2%20%series%20%wire%20%bonded%20%chip%20%attenuators%20%2dB%20%to%20%5dB%20%TCA06%20%(additional%20%information%20%is%20%available%20%at%20%www.smithsinterconnect.com).%20%These%20%S-Parameters%20%represent%20%typical%20%component%20%performance%20%of%20%chip%20%attenuator%20%bonded%20%on%20%a%20%metal%20%carrier%20%accessed%20%via%20%3%20%or%20%4%20%bond%20%wires%20%per%20%termination%20%(for%20%details%20%see%20%assembly%20%page%20%in%20%this%20%datasheet).%20%Temperature%20%selectable%20%Microwave%20%Model%20%is%20%available%20%that%20%accurately%20%emulates%20%S-parameter%20%performance.%20%%20%%20% data-key-8=Attenuator data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/WTVA.pdf target="blank">WTVA</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1490&returnUrl=%2Fmodels%2Fdatasheet%2FAttenuator%2FATTSP-SINT-WTVA-001_datasheet.pdf" target="blank">ATTSP-SINT-WTVA-001</a> </td> <td> Wire-bond </td> <td> Attenuator </td> <td> 30 </td> <td> </td> <td> ADS </td> <td> 2, 3, 4, 5 & 6 dB </td> <td> Sparams </td> <td>   </td> <td> SP: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=WTVA0x00N05 data-key-5=%20% data-key-6=The%20%ATT-SINT-WTVA0X00N07-001%20%is%20%a%20%substrate%20%and%20%temperature%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the Smiths%20%Interconnects%20%P/N%20%WTVAxx00N07%20%with%20%Temperature%20%Coefficient%20%of%20%Attenuation%20%TCA%20%of%20%0.007%20%dB/dB/%20%˚C SMT%20%series%20%surface%20%mount%20%attenuator%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.smithsinterconnect.com). The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component tolerance%20%and%20%temperature%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%and%20%temperature%20%scalable%20%Microwave Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%attenuator%20%values%20%within%20%the%20%valid%20%attenuation%20%range.%20%A Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled%20%and%20%not%20%the%20%grounding%20%paddle. data-key-8=Attenuator data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/WTVA0x00N05.pdf target="blank">WTVA0x00N05</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1508&returnUrl=%2Fmodels%2Fdatasheet%2FAttenuator%2FATT-SINT-WTVA0X00N05-001_datasheet.pdf" target="blank">ATT-SINT-WTVA0X00N05-001</a> </td> <td> SMT </td> <td> Attenuator </td> <td> 35 </td> <td> </td> <td> ADS </td> <td> 2 - 6 dB </td> <td> SLC - Components </td> <td>   </td> <td> PS: SS: TS: VS: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=WTVA0x00N07 data-key-5=%20% data-key-6=The%20%ATT-SINT-WTVA0X00N07-001%20%is%20%a%20%substrate%20%and%20%temperature%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the Smiths%20%Interconnects%20%P/N%20%WTVAxx00N07%20%with%20%Temperature%20%Coefficient%20%of%20%Attenuation%20%TCA%20%of%20%0.007%20%dB/dB/%20%˚C SMT%20%series%20%surface%20%mount%20%attenuator%20%family%20%(additional%20%information%20%is%20%available%20%at%20%www.smithsinterconnect.com). The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component tolerance%20%and%20%temperature%20%are%20%model%20%input%20%parameters.%20%A%20%single,%20%substrate%20%and%20%temperature%20%scalable%20%Microwave Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%attenuator%20%values%20%within%20%the%20%valid%20%attenuation%20%range.%20%A Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled%20%and%20%not%20%the%20%grounding%20%paddle. data-key-8=Attenuator data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/SmithsInterconnect target="_blank">SmithsInterconnect</a> </td> <td width="10%"> <a href=/models/Vendor/SmithsInterconnect/WTVA0x00N07.pdf target="blank">WTVA0x00N07</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=91&mdl=1507&returnUrl=%2Fmodels%2Fdatasheet%2FAttenuator%2FATT-SINT-WTVA0X00N07-001_datasheet.pdf" target="blank">ATT-SINT-WTVA0X00N07-001</a> </td> <td> SMT </td> <td> Attenuator </td> <td> 35 </td> <td> </td> <td> ADS </td> <td> 2 - 6 dB </td> <td> SLC - Components </td> <td>   </td> <td> PS: SS: TS: VS: </td> </tr> </tbody> </table> <script type="text/javascript" charset="utf8" src="/Scripts/jquery-1.11.3.min.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/jquery.dataTables.min.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/dataTables.fixedHeader.min.js"></script> <script> var table = $('#example').DataTable({ paging: false, scrollY: 400, scrollX: true, "aLengthMenu": [[-1, 10, 25, 50], ["All", 10, 25, 50]], "columnDefs": [ { "targets": [8], "visible": false, "searchable": true }, { "targets": [10], "visible": false, "searchable": true } ], "dom": 'l<"search"f>rtip', "order": [[1, 'asc'], [2, 'asc']] }); </script> </div> </div> </div> </div> <div id="literature" class="tab-pane"> <br /> <head> <title>Library App Notes</title>  <link rel="stylesheet" type="text/css" href="/Content/jquery.dataTables.css"> <link rel="stylesheet" type="text/css" href="/Content/dataTables.fixedHeader.css">  <script type="text/javascript" charset="utf8" src="/Scripts/jquery.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/jquery.dataTables.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/dataTables.fixedHeader.js"></script> </head>  <br /> <head> <title>Library Brochures</title>  <link rel="stylesheet" type="text/css" href="/Content/jquery.dataTables.css"> <link rel="stylesheet" type="text/css" href="/Content/dataTables.fixedHeader.css">  <script type="text/javascript" charset="utf8" src="/Scripts/jquery.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/jquery.dataTables.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/dataTables.fixedHeader.js"></script> </head>  <br />  <script> $(document).ready(function () { $('[data-toggle="tooltip"]').tooltip(); }); </script> <br />   <br />  <br /> </div> <div id="qgan" class="tab-pane"> <head> <title>Modelithics Qorvo GaN MVP Model Listing</title>  <link href="/Content/jquery.dataTables.min.css" rel="stylesheet" /> <link rel="stylesheet" type="text/css" href="/Content/dataTables.fixedHeader.css">  <script src="/Scripts/jquery-1.11.3.min.js"></script> <script src="/Scripts/jquery.dataTables.min.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/dataTables.fixedHeader.js"></script> </head> <table class="table display table-striped table-hover compact table-bordered table-condensed table-responsive"> <thead> <tr class=" text-products"> <th width="2%"> More Info </th> <th width="19%"> <img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /> Part Number </th> <th width="25%"> <img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /> Model </th> <th width="7%"> Body Style </th> <th width="7%"> Max Freq (GHz) </th> <th width="12%"> Power Out (dBm) </th> <th width="16%"> Features </th> </tr> </thead> <tbody> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD0005 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD0005-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD0005%20%in%20%a%20%4.5x4%20%mm%20%DFN%20%package,%20%a%20%8 W%20%(P3dB)%20%unmatched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%EEHEMT%20%non-linear%20%model that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD0005 target="blank">QPD0005</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1327&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD0005-001_datasheet.pdf" target="blank">HMT-QOR-QPD0005-001</a> </td> <td> Package </td> <td> 6 </td> <td> 39.0 (8 watts) </td> <td class=text-muted> BB, NL, LP, TS </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD0020 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD0020-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD0020%20%in%20%a%20%4x3mm%20%QFN%20%package,%20%adiscrete%20%35W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%availableat%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%isvalidated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-6%20%GHzband.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD0020 target="blank">QPD0020</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1071&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD0020-001_datasheet.pdf" target="blank">HMT-QOR-QPD0020-001</a> </td> <td> Package </td> <td> 6 </td> <td> 45.0 </td> <td class=text-muted> BB, NL, LP, TS </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD0030 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD0030-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD0030%20%in%20%a%20%3x4mm%20%QFN%20%package,%20%a%20%discrete%20%45W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-4%20%GHz%20%band.%20%Model%20%validated%20%under%20%class%20%AB%20%and%20%class%20%C%20%operation%20%for%20%Doherty%20%architecture%20%designs. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href= https://www.qorvo.com/products/p/QPD0030 target="blank">QPD0030</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=767&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD0030-001_datasheet.pdf" target="blank">HMT-QOR-QPD0030-001</a> </td> <td> Package </td> <td> 6 </td> <td> 46.5 </td> <td class=text-muted> NL,LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD0060 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD0060-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD0030%20%in%20%a%20%3x4mm%20%QFN%20%package,%20%a%20%discrete%20%45W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD0060 target="blank">QPD0060</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=815&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD0060-001_datasheet.pdf" target="blank">HMT-QOR-QPD0060-001</a> </td> <td> Package </td> <td> 4 </td> <td> 49.5 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1000 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1000-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1000%20%in%20%a%20%5x6mm%20%DFN%20%package,%20%a%20%discrete%20%15W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%0.1-4%20%GHz%20%band.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1000 target="blank">QPD1000</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=814&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1000-001_datasheet.pdf" target="blank">HMT-QOR-QPD1000-001</a> </td> <td> Package </td> <td> 4 </td> <td> 41.9 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1004 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1004-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1004%20%in%20%a%20%6x5mm%20%DFN%20%package,%20%a%20%25W(P3dB)%20%50Ω%20%input-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. %20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1004 target="blank">QPD1004</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=899&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1004-001_datasheet.pdf" target="blank">HMT-QOR-QPD1004-001</a> </td> <td> Package </td> <td> 6 </td> <td> 44.0 </td> <td class=text-muted> BB, NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1008 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1008-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1008%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%discrete%20%125W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%(up%20%to%20%6%20%GHz)%20%and%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-3%20%GHz%20%band. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1008 target="blank">QPD1008</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=783&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1008-001_datasheet.pdf" target="blank">HMT-QOR-QPD1008-001</a> </td> <td> Package </td> <td> 6 </td> <td> 50.9 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1008L data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1008L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1008L%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%discrete%20%125W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%(up%20%to%20%6%20%GHz)%20%and%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-3%20%GHz%20%band. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1008L target="blank">QPD1008L</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=812&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1008L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1008L-001</a> </td> <td> Package </td> <td> 6 </td> <td> 50.9 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1009 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1009-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1009%20%in%20%a%20%3x3mm%20%QFN%20%package,%20%a%20%discrete%20%15W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-6%20%GHz%20%band.%20%Model%20%validated%20%under%20%high%20%drain%20%bias%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1009 target="blank">QPD1009</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=768&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1009-001_datasheet.pdf" target="blank">HMT-QOR-QPD1009-001</a> </td> <td> Package </td> <td> 6 </td> <td> 41.7 </td> <td class=text-muted> NL,TS,LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1010 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1010-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1010%20%in%20%a%20%3x3mm%20%QFN%20%package,%20%a%20%discrete%20%10W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-6%20%GHz%20%band.%20%Model%20%validated%20%under%20%high%20%drain%20%bias%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1010 target="blank">QPD1010</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=769&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1010-001_datasheet.pdf" target="blank">HMT-QOR-QPD1010-001</a> </td> <td> Package </td> <td> 6 </td> <td> 40.0 </td> <td class=text-muted> NL,TS,LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1011 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1011-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1011%20%in%20%a%20%6x5mm%20%DFN%20%package,%20%a%20%7W%20%(P3dB)%20%50Ω%20%input-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1011 target="blank">QPD1011</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=901&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1011-001_datasheet.pdf" target="blank">HMT-QOR-QPD1011-001</a> </td> <td> Package </td> <td> 5 </td> <td> 39.4 </td> <td class=text-muted> BB, NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1013 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1013-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1013%20%in%20%a%20%7.2%20%x%20%6.6mm%20%DFN%20%package,%20%a%20%150W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation.%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1013 target="blank">QPD1013</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=922&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1013-001_datasheet.pdf" target="blank">HMT-QOR-QPD1013-001</a> </td> <td> Package </td> <td> 6 </td> <td> 53.0 </td> <td class=text-muted> BB, NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1014 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1014-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1014%20%in%20%a%20%6x5mm%20%DFN%20%package,%20%a%20%15W%20%(P3dB)%20%50Ω%20%input-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1014 target="blank">QPD1014</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=816&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1014-001_datasheet.pdf" target="blank">HMT-QOR-QPD1014-001</a> </td> <td> Package </td> <td> 6 </td> <td> 41.0 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1015 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1015-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1015%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%discrete%20%65W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%(up%20%to%20%6GHz)%20%and%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-4%20%GHz%20%band.%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1015 target="blank">QPD1015</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=784&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1015-001_datasheet.pdf" target="blank">HMT-QOR-QPD1015-001</a> </td> <td> Package </td> <td> 6 </td> <td> 48.1 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1015L data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1015L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1015L%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%discrete%20%65W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%(up%20%to%20%6GHz)%20%and%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-4%20%GHz%20%band.%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1015L target="blank">QPD1015L</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=813&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1015L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1015L-001</a> </td> <td> Package </td> <td> 6 </td> <td> 48.1 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1016 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1016-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1016%20%in%20%a%20%NI-780%20%package,%20%a%20%500W%20%(P3dB)%20%pre-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation.%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1016 target="blank">QPD1016</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=875&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1016-001_datasheet.pdf" target="blank">HMT-QOR-QPD1016-001</a> </td> <td> Package </td> <td> 1.7 </td> <td> 57.0 (500 watts) </td> <td class=text-muted> BB, NL, LP, TS </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1016L data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1016L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1016L%20%in%20%a%20%NI-780%20%package,%20%a%20%500W%20%(P3dB)%20%pre-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1016L target="blank">QPD1016L</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1537&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1016L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1016L-001</a> </td> <td> Package </td> <td> 1.7 </td> <td> 57.0 (500 watts) </td> <td class=text-muted> BB, NL, LP, TS </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1017 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1017-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1017%20%internally-matched,%20%3.1%20%–%20%3.5%20%GHz,%20%discrete%20%450%20%W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%in%20%a%20%ceramic%20%package%20%with%20%metal%20%base%20%and%20%flange%20%whose%20%overall%20%dimension%20%is%20%approximately%20%17.4%20%x%20%24.0%20%x%20%4.31%20%mm%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%EEHEMT%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%with%20%class%20%AB%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1017 target="blank">QPD1017</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1109&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1017-001_datasheet.pdf" target="blank">HMT-QOR-QPD1017-001</a> </td> <td> Package </td> <td> 4.5 </td> <td> 56.6 </td> <td class=text-muted> BB, NL, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1020 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1020-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1020%20%in%20%a%20%6x5mm%20%DFN%20%package,%20%a%20%30W%20%(P3dB)%20%50Ω%20%input-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation.%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1020 target="blank">QPD1020</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=927&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1020-001_datasheet.pdf" target="blank">HMT-QOR-QPD1020-001</a> </td> <td> Package </td> <td> 8 </td> <td> 45.00 </td> <td class=text-muted> EOL, BB, NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1022 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1022-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1022%20%in%20%a%20%3x3mm%20%QFN%20%package,%20%a%20%10W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%%20%%20%ww.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1022 target="blank">QPD1022</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=902&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1022-001_datasheet.pdf" target="blank">HMT-QOR-QPD1022-001</a> </td> <td> Package </td> <td> 12 </td> <td> 40.0 </td> <td class=text-muted> BB, NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1025 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1025-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1025%20%in%20%a%20%4-lead%20%NI-1230%20%package%20%(earless),%20%a%20%1800W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1025 target="blank">QPD1025</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1425&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1025-001_datasheet.pdf" target="blank">HMT-QOR-QPD1025-001</a> </td> <td> Package </td> <td> 2.7 </td> <td> 58.7 </td> <td class=text-muted> BB, LP, NL, TS </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1025L data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1025L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1025L%20%in%20%a%20%4-lead%20%NI-1230%20%package (eared),%20%a%20%1800W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1025L target="blank">QPD1025L</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1020&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1025L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1025L-001</a> </td> <td> Package </td> <td> 2.7 </td> <td> 59.7 </td> <td class=text-muted> BB, NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1026L data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1026L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1026L%20%in%20%a%20%4-lead%20%NI-1230%20%package (eared),%20%a%20%1800W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=/models/Vendor/Qorvo/QPD1026L.pdf target="blank">QPD1026L</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1045&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1026L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1026L-001</a> </td> <td> Package </td> <td> 1.2 </td> <td> 62.0 </td> <td class=text-muted> BB, NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1028 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1028-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1028%20%in%20%an%20%NI-780%20%package%20%(earless),%20%a%20%750W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1028 target="blank">QPD1028</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1424&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1028-001_datasheet.pdf" target="blank">HMT-QOR-QPD1028-001</a> </td> <td> Package </td> <td> 2.6 </td> <td> 59.9 </td> <td class=text-muted> BB, LP, NL, TS </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1028L data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1028L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1028L%20%in%20%an%20%NI-780%20%package%20%(eared),%20%a%20%750W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1028L target="blank">QPD1028L</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1208&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1028L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1028L-001</a> </td> <td> Package </td> <td> 2.6 </td> <td> 59.9 </td> <td class=text-muted> BP, NL LP, TS </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1029L data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1029L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1029L%20%in%20%a%20%4-lead%20%NI-1230%20%package (eared),%20%a%20%1500W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1029L target="blank">QPD1029L</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1096&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1029L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1029L-001</a> </td> <td> Package </td> <td> 2.6 </td> <td> 60.0 </td> <td class=text-muted> BB, NL, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1035 data-key-5=%20% data-key-6=n/a data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1035 target="blank">QPD1035</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1534&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1035-001_datasheet.pdf" target="blank">HMT-QOR-QPD1035-001</a> </td> <td> Package </td> <td> 6 </td> <td> 47.0 </td> <td class=text-muted> BB, NL, LP, TS </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1035L data-key-5=%20% data-key-6=na data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1035L target="blank">QPD1035L</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1535&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1035L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1035L-001</a> </td> <td> Package </td> <td> 6 </td> <td> 47.0 </td> <td class=text-muted> BB, NL, LP, TS </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1425 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1425-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1425%20%in%20%an%20%NI400-2L%20%earless%20%package,%20%input%20%pre-matched%20%1.2%20%to%20%1.4%20%GHz,%20%400%20%W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1425 target="blank">QPD1425</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1426&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1425-001_datasheet.pdf" target="blank">HMT-QOR-QPD1425-001</a> </td> <td> Package </td> <td> 2 </td> <td> 57.5 </td> <td class=text-muted> BB, LP, NL, TS </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1425L data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1425L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1425L%20%in%20%an%20%NI400-2L%20%eared%20%package,%20%input%20%pre-matched%20%1.2%20%to%20%1.4%20%GHz,%20%400%20%W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1425L target="blank">QPD1425L</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1427&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1425L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1425L-001</a> </td> <td> Package </td> <td> 2 </td> <td> 57.5 </td> <td class=text-muted> BB, LP, NL, TS </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1823 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1823-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1823,%20%a%20%discrete%20%220W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%in%20%a%20%NI400%20%package%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1.8%20%to%20%2.17%20%GHz%20%band.%20%Model%20%validated%20%under%20%class%20%AB%20%and%20%class%20%C%20%operation%20%for%20%Doherty%20%architecture%20%designs. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1823 target="blank">QPD1823</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=770&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1823-001_datasheet.pdf" target="blank">HMT-QOR-QPD1823-001</a> </td> <td> Package </td> <td> 6 </td> <td> 53.0 </td> <td class=text-muted> NL,TS,LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1881L data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1881L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1881L%20%in%20%a%20%NI780%20%package,%20%a%20%400W (P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD1881L target="blank">QPD1881L</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1021&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1881L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1881L-001</a> </td> <td> Package </td> <td> 4 </td> <td> 56.3 </td> <td class=text-muted> BB, NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD2017 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD2017-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD2017%20%in%20%a%20%7.2x6.6%20%mm%20%6-pin%20%DFN%20%package, a%20%discrete%20%45W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%3.1-3.5%20%GHz band.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=/models/Vendor/Qorvo/QPD2017.pdf target="blank">QPD2017</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1078&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD2017-001_datasheet.pdf" target="blank">HMT-QOR-QPD2017-001</a> </td> <td> Package </td> <td> 5 </td> <td> 45.0 </td> <td class=text-muted> BB, NL, LP, TS </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD2194 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD2194-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD2194%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%300W%20%(P3dB)%20%pre-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation.%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD2194 target="blank">QPD2194</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=926&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD2194-001_datasheet.pdf" target="blank">HMT-QOR-QPD2194-001</a> </td> <td> Package </td> <td> 4 </td> <td> 55.70 </td> <td class=text-muted> BB, NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD2195 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD2195-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD2195%20%in%20%a%20%NI780%20%package,%20%a%20%400W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation.%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD2195 target="blank">QPD2195</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=903&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD2195-001_datasheet.pdf" target="blank">HMT-QOR-QPD2195-001</a> </td> <td> Package </td> <td> 3 </td> <td> 56.0 </td> <td class=text-muted> BB, NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD2796 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD2796-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD2796%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%discrete%20%200W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%2.5-2.7%20%GHz%20%band.%20%Model%20%validated%20%under%20%class%20%AB%20%and%20%class%20%C%20%operation%20%for%20%Doherty%20%architecture%20%designs. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD2796 target="blank">QPD2796</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=771&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD2796-001_datasheet.pdf" target="blank">HMT-QOR-QPD2796-001</a> </td> <td> Package </td> <td> 2.7 </td> <td> 53.0 </td> <td class=text-muted> NL,TS,LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD3601 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD3601-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD3601%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%discrete%20%200W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%EEHEMT%20%non-linear%20%model%20%with%20%thermal%20%circuit%20%included%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%3.4-3.6%20%GHz%20%band.%20%Model%20%validated%20%under%20%class%20%AB%20%and%20%class%20%C%20%operation%20%for%20%Doherty%20%architecture%20%designs. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD3601 target="blank">QPD3601</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=900&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD3601-001_datasheet.pdf" target="blank">HMT-QOR-QPD3601-001</a> </td> <td> Package </td> <td> 3.6 </td> <td> 52.6 </td> <td class=text-muted> BB, NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD3800 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD3800-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD3800%20%in%20%a%20%NI400%20%package,%20%an%20%85W%20%(P3dB)%20%input-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%and%20%class%20%C%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/QPD3800 target="blank">QPD3800</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=817&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD3800-001_datasheet.pdf" target="blank">HMT-QOR-QPD3800-001</a> </td> <td> Package </td> <td> 5 </td> <td> 49.3 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=T1G2028536-FL data-key-5=%20% data-key-6=The%20%HMT-TQT-T1G2028536-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G2028536-FL,%20%a%20%discrete%20%285W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measuremenT%20%datasets%20%. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/T1G2028536-FL target="blank">T1G2028536-FL</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=567&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G2028536-FL-001_datasheet.pdf" target="blank">HMT-QOR-T1G2028536-FL-001</a> </td> <td> Package </td> <td> 3 </td> <td> 54.5 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=T1G2028536-FS data-key-5=%20% data-key-6=The%20%HMT-TQT-T1G2028536-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G2028536-FS,%20%a%20%discrete%20%285W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/T1G2028536-FS target="blank">T1G2028536-FS</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=573&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G2028536-FS-001_datasheet.pdf" target="blank">HMT-QOR-T1G2028536-FS-001</a> </td> <td> Package </td> <td> 3 </td> <td> 54.5 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=T1G3000532-SM data-key-5=%20% data-key-6=The%20%HMT-TQT-T1G3000532-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G3000532-SM,%20%a%20%discrete%20%packaged%20%6W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%proven%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/T1G3000532-SM target="blank">T1G3000532-SM</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=565&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G3000532-SM-001_datasheet.pdf" target="blank">HMT-QOR-T1G3000532-SM-001</a> </td> <td> Package </td> <td> 4 </td> <td> 36.9 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=T1G4004532-FL data-key-5=%20% data-key-6=The%20%HMT-TQT-T1G4004532-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G4004532-FL,%20%%20%a%20%discrete%20%45W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large-signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/T1G4004532-FL target="blank">T1G4004532-FL</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=570&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G4004532-FL-001_datasheet.pdf" target="blank">HMT-QOR-T1G4004532-FL-001</a> </td> <td> Package </td> <td> 6 </td> <td> 46.5 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=T1G4004532-FS data-key-5=%20% data-key-6=The%20%HMT-TQT-T1G4004532-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G4004532-FS,%20%a%20%discrete%20%45W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large-signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/T1G4004532-FS target="blank">T1G4004532-FS</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=569&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G4004532-FS-001_datasheet.pdf" target="blank">HMT-QOR-T1G4004532-FS-001</a> </td> <td> Package </td> <td> 6 </td> <td> 46.5 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=T1G4012036-FL data-key-5=%20% data-key-6=The%20%HMT-TQT-T1G4012036-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G4012036-FL,%20%a%20%discrete%20%120W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/T1G4012036-FL target="blank">T1G4012036-FL</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=574&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G4012036-FL-001_datasheet.pdf" target="blank">HMT-QOR-T1G4012036-FL-001</a> </td> <td> Package </td> <td> 4 </td> <td> 50.7 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=T1G4012036-FS data-key-5=%20% data-key-6=The%20%HMT-TQT-T1G4012036-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G4012036-FS,%20%a%20%discrete%20%120W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measuremenT%20%datasets. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/T1G4012036-FS target="blank">T1G4012036-FS</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=566&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G4012036-FS-001_datasheet.pdf" target="blank">HMT-QOR-T1G4012036-FS-001</a> </td> <td> Package </td> <td> 4 </td> <td> 50.7 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=T1G4020036-FL data-key-5=%20% data-key-6=The%20%HMT-TQT-T1G4020036-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G4020036-FL,%20%a%20%discrete%20%260W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model,%20%with%20%one%20%half%20%of%20%the%20%device%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/T1G4020036-FL target="blank">T1G4020036-FL</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=568&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G4020036-FL-001_datasheet.pdf" target="blank">HMT-QOR-T1G4020036-FL-001</a> </td> <td> Package </td> <td> 4 </td> <td> 54.1 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=T1G4020036-FS data-key-5=%20% data-key-6=The%20%HMT-TQT-T1G4020036-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G4020036-FS,%20%a%20%discrete%20%260W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model,%20%with%20%one%20%half%20%of%20%the%20%device%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/T1G4020036-FS target="blank">T1G4020036-FS</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=571&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G4020036-FS-001_datasheet.pdf" target="blank">HMT-QOR-T1G4020036-FS-001</a> </td> <td> Package </td> <td> 4 </td> <td> 54.1 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=T1G6001032-SM data-key-5=%20% data-key-6=The%20%HMT-TQT-T1G6001032-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G6001032-SM,%20%%20%a%20%discrete%20%10W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measure%20%ment%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/T1G6001032-SM target="blank">T1G6001032-SM</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=564&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G6001032-SM-001_datasheet.pdf" target="blank">HMT-QOR-T1G6001032-SM-001</a> </td> <td> Package </td> <td> 6 </td> <td> 40.0 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=T2G4003532-FL data-key-5=%20% data-key-6=The%20%HMT-TQT-T2G4003532-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G4003532-FL,%20%%20%a%20%discrete%20%35W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature.%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/T2G4003532-FL target="blank">T2G4003532-FL</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=572&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G4003532-FL-001_datasheet.pdf" target="blank">HMT-QOR-T2G4003532-FL-001</a> </td> <td> Package </td> <td> 6 </td> <td> 44.7 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=T2G4003532-FS data-key-5=%20% data-key-6=The%20%HMT-TQT-T2G4003532-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G4003532-FS,%20%a%20%discrete%20%35W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/T2G4003532-FS target="blank">T2G4003532-FS</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=563&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G4003532-FS-001_datasheet.pdf" target="blank">HMT-QOR-T2G4003532-FS-001</a> </td> <td> Package </td> <td> 6 </td> <td> 44.7 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=T2G4005528-FS data-key-5=%20% data-key-6=The%20%HMT-TQT-T2G4005528-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G4005528-FS,%20%a%20%discrete%20%55W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%ngelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/T2G4005528-FS target="blank">T2G4005528-FS</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=561&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G4005528-FS-001_datasheet.pdf" target="blank">HMT-QOR-T2G4005528-FS-001</a> </td> <td> Package </td> <td> 6 </td> <td> 47.4 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=T2G6000528-Q3 data-key-5=%20% data-key-6=The%20%HMT-TQT-T2G6000528-Q3-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G6000528-Q3,%20%%20%a%20%discrete%20%10W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%data%20%sets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20%%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/T2G6000528-Q3 target="blank">T2G6000528-Q3</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=558&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G6000528-Q3-001_datasheet.pdf" target="blank">HMT-QOR-T2G6000528-Q3-001</a> </td> <td> Package </td> <td> 6 </td> <td> 38.4 </td> <td class=text-muted> EB, NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=T2G6001528-Q3 data-key-5=%20% data-key-6=The%20%HMT-TQT-T2G6001528-Q3-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G6001528-Q3,%20%a%20%discrete%20%18W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/T2G6001528-Q3 target="blank">T2G6001528-Q3</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=559&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G6001528-Q3-001_datasheet.pdf" target="blank">HMT-QOR-T2G6001528-Q3-001</a> </td> <td> Package </td> <td> 6 </td> <td> 42.5 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=T2G6001528-SG data-key-5=%20% data-key-6=The%20%HMT-TQT-T2G6001528-SG-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G6001528-SG,%20%%20%a%20%discrete%20%15W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%data%20%sets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/T2G6001528-SG target="blank">T2G6001528-SG</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=562&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G6001528-SG-001_datasheet.pdf" target="blank">HMT-QOR-T2G6001528-SG-001</a> </td> <td> Package </td> <td> 6 </td> <td> 41.7 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=T2G6003028-FL data-key-5=%20% data-key-6=The%20%HMT-TQT-T2G6003028-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G6003028-FL,%20%a%20%discrete%20%30W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/T2G6003028-FL target="blank">T2G6003028-FL</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=286&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G6003028-FL-001_datasheet.pdf" target="blank">HMT-QOR-T2G6003028-FL-001</a> </td> <td> Package </td> <td> 6 </td> <td> 44.7 </td> <td class=text-muted> EB, NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=T2G6003028-FS data-key-5=%20% data-key-6=The%20%HMT-TQT-T2G6003028-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G6003028-FS,%20%a%20%discrete%20%30W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/T2G6003028-FS target="blank">T2G6003028-FS</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=560&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G6003028-FS-001_datasheet.pdf" target="blank">HMT-QOR-T2G6003028-FS-001</a> </td> <td> Package </td> <td> 6 </td> <td> 44.7 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-2-01 data-key-5=%20% data-key-6=The%20%HMT-TQT-TGF2023-2-01-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2023-2-01,%20%a%20%discrete%20%1.25%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2023-2-01 target="blank">TGF2023-2-01</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=291&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2023-2-01-001_datasheet.pdf" target="blank">HMT-QOR-TGF2023-2-01-001</a> </td> <td> Die </td> <td> 26 </td> <td> 37.7 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-2-02 data-key-5=%20% data-key-6=The%20%HMT-TQT-TGF2023-2-02-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2023-2-02,%20%a%20%discrete%20%2.5%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2023-2-02 target="blank">TGF2023-2-02</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=292&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2023-2-02-001_datasheet.pdf" target="blank">HMT-QOR-TGF2023-2-02-001</a> </td> <td> Die </td> <td> 26 </td> <td> 40.7 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-2-05 data-key-5=%20% data-key-6=The%20%HMT-TQT-TGF2023-2-05-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2023-2-05,%20%a%20%discrete%20%5%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2023-2-05 target="blank">TGF2023-2-05</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=797&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2023-2-05-101_datasheet.pdf" target="blank">HMT-QOR-TGF2023-2-05-101</a> </td> <td> Die </td> <td> 26 </td> <td> 43.9 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-2-10 data-key-5=%20% data-key-6=The%20%HMT-TQT-TGF2023-2-10-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2023-2-10%20%(50%20%Watt),%20%a%20%discrete%20%10%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%This%20%temperature%20%and%20%bias%20%dependent%20%large-signal%20%model%20%is%20%based%20%on%20%smaller%20%geometry%20%model%20%that%20%was%20%validated%20%with%20%I-V,%20%S-parameters,%20%and%20%large-signal%20%measurement%20%datasets. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2023-2-10 target="blank">TGF2023-2-10</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=294&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2023-2-10-001_datasheet.pdf" target="blank">HMT-QOR-TGF2023-2-10-001</a> </td> <td> Die </td> <td> 26 </td> <td> 46.9 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-2-20 data-key-5=%20% data-key-6=The%20%HMT-TQT-TGF2023-2-20-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2023-2-20%20%(90%20%Watt),%20%a%20%discrete%20%20%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%This%20%temperature%20%and%20%bias%20%dependent%20%large-signal%20%model%20%is%20%based%20%on%20%smaller%20%geometry%20%model%20%that%20%was%20%validated%20%with%20%I-V,%20%S-parameters,%20%and%20%large-signal%20%measurement%20%datasets. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2023-2-20 target="blank">TGF2023-2-20</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=295&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2023-2-20-001_datasheet.pdf" target="blank">HMT-QOR-TGF2023-2-20-001</a> </td> <td> Die </td> <td> 26 </td> <td> 49.5 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2819-FL data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2819-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2819-FL,%20%a%20%discrete%20%120W%20%(P3dB)%20%GaN%20%on SiC%20%HEMT%20%using%20%the%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2819-FL target="blank">TGF2819-FL</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=654&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2819-FL-001_datasheet.pdf" target="blank">HMT-QOR-TGF2819-FL-001</a> </td> <td> Package </td> <td> 8 </td> <td> 50.8 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2819-FS data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2819-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2819-FS,%20%a%20%discrete%20%120W%20%(P3dB)%20%GaN%20%on SiC%20%HEMT%20%using%20%the%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2819-FS target="blank">TGF2819-FS</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=653&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2819-FS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2819-FS-001</a> </td> <td> Package </td> <td> 8 </td> <td> 50.8 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2929-FL data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2829-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2819-FL,%20%a%20%discrete%20%120W%20%(P3dB)%20%GaN%20%on SiC%20%HEMT%20%using%20%the%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2929-FL target="blank">TGF2929-FL</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=656&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2929-FL-001_datasheet.pdf" target="blank">HMT-QOR-TGF2929-FL-001</a> </td> <td> Package </td> <td> 8 </td> <td> 50.0 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2929-FS data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2829-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2819-FS,%20%a%20%discrete%20%120W%20%(P3dB)%20%GaN%20%on SiC%20%HEMT%20%using%20%the%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2929-FS target="blank">TGF2929-FS</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=655&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2929-FS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2929-FS-001</a> </td> <td> Package </td> <td> 8 </td> <td> 50.0 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2933 data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2933-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2933,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%and%20%power%20%sweep%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2933 target="blank">TGF2933</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=746&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2933-001_datasheet.pdf" target="blank">HMT-QOR-TGF2933-001</a> </td> <td> Die </td> <td> 40 </td> <td> 38.0 </td> <td class=text-muted> NL, TS, LP, BB, NP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2933 data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2933-SS-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2933,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%small-signal%20%model%20%that%20%is%20%validated%20%against%20%S-parameters%20%&%20%noise%20%measurements%20%taken%20%at%20%specific%20%bias%20%conditions%20%and%20%25C data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2933 target="blank">TGF2933</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=752&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2933-SS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2933-SS-001</a> </td> <td> Die </td> <td> 40 </td> <td> 38.0 </td> <td class=text-muted> BB, NP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2934 data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2934-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2934,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%and%20%power%20%sweep%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2934 target="blank">TGF2934</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=747&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2934-001_datasheet.pdf" target="blank">HMT-QOR-TGF2934-001</a> </td> <td> Die </td> <td> 40 </td> <td> 41.0 </td> <td class=text-muted> NL, TS, LP, BB, NP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2934 data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2934-SS-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2934,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%small-signal%20%model%20%that%20%is%20%validated%20%against%20%S-parameters%20%&%20%noise%20%measurements%20%taken%20%at%20%specific%20%bias%20%conditions%20%and%20%25C. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2934 target="blank">TGF2934</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=753&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2934-SS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2934-SS-001</a> </td> <td> Die </td> <td> 40 </td> <td> 41.0 </td> <td class=text-muted> BB, NP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2935 data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2935-001is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2935,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo'sQGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%and%20%power%20%sweep%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2935 target="blank">TGF2935</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=748&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2935-001_datasheet.pdf" target="blank">HMT-QOR-TGF2935-001</a> </td> <td> Die </td> <td> 40 </td> <td> 35.0 </td> <td class=text-muted> NL, TS, LP, BB, NP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2935 data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2935-SS-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2935,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%small-signal%20%model%20%that%20%is%20%validated%20%against%20%S-parameters%20%&%20%noise%20%measurements%20%taken%20%at%20%specific%20%bias%20%conditions%20%and%20%25C. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2935 target="blank">TGF2935</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=754&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2935-SS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2935-SS-001</a> </td> <td> Die </td> <td> 40 </td> <td> 35.0 </td> <td class=text-muted> BB, NP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2936 data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2936-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2936,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%and%20%power%20%sweep%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2936 target="blank">TGF2936</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=749&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2936-001_datasheet.pdf" target="blank">HMT-QOR-TGF2936-001</a> </td> <td> Die </td> <td> 40 </td> <td> 38.0 </td> <td class=text-muted> NL, TS, LP, BB, NP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2936 data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2936-SS-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2936,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%small-signal%20%model%20%that%20%is%20%validated%20%against%20%S-parameters%20%&%20%noise%20%measurements%20%taken%20%at%20%specific%20%bias%20%conditions%20%and%20%25C. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2936 target="blank">TGF2936</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=755&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2936-SS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2936-SS-001</a> </td> <td> Die </td> <td> 40 </td> <td> 38.0 </td> <td class=text-muted> BB, NP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2941 data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2941-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2941,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%and%20%power%20%sweep%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2941 target="blank">TGF2941</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=750&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2941-001_datasheet.pdf" target="blank">HMT-QOR-TGF2941-001</a> </td> <td> Die </td> <td> 40 </td> <td> 35.0 </td> <td class=text-muted> NL, TS, LP, BB, NP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2941 data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2941-SS-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2941,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%small-signal%20%model%20%that%20%is%20%validated%20%against%20%S-parameters%20%&%20%noise%20%measurements%20%taken%20%at%20%specific%20%bias%20%conditions%20%and%20%25C data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2941 target="blank">TGF2941</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=756&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2941-SS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2941-SS-001</a> </td> <td> Die </td> <td> 40 </td> <td> 35.0 </td> <td class=text-muted> BB, NP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2942 data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2942-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2942,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%and%20%power%20%sweep%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2942 target="blank">TGF2942</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=751&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2942-001_datasheet.pdf" target="blank">HMT-QOR-TGF2942-001</a> </td> <td> Die </td> <td> 40 </td> <td> 32.0 </td> <td class=text-muted> NL, TS, LP, BB, NP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2942 data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2942-SS-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2942,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%small-signal%20%model%20%that%20%is%20%validated%20%against%20%S-parameters%20%&%20%noise%20%measurements%20%taken%20%at%20%specific%20%bias%20%conditions%20%and%20%25C data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2942 target="blank">TGF2942</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=757&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2942-SS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2942-SS-001</a> </td> <td> Die </td> <td> 40 </td> <td> 32.0 </td> <td class=text-muted> BB, NP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2952 data-key-5=%20% data-key-6=The%20%HMT-TQT-TGF2952-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2952,%20%a%20%discrete%20%1.25%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2952 target="blank">TGF2952</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=669&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2952-001_datasheet.pdf" target="blank">HMT-QOR-TGF2952-001</a> </td> <td> Die </td> <td> 26 </td> <td> 38.4 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2953 data-key-5=%20% data-key-6=The%20%HMT-TQT-TGF2953-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2953,%20%a%20%discrete%20%2.52mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2953 target="blank">TGF2953</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=667&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2953-001_datasheet.pdf" target="blank">HMT-QOR-TGF2953-001</a> </td> <td> Die </td> <td> 26 </td> <td> 41.2 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2954 data-key-5=%20% data-key-6=The%20%HMT-TQT-TGF2954-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2954,%20%a%20%discrete%20%5.04mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%a%20%geometry-scaled%20%version%20%of%20%a%20%smaller%20%geometry%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%extracted%20%from%20%and%20%validated%20%against%20%I-V,%20%S-Parameters%20%&%20%large-signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2954 target="blank">TGF2954</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=666&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2954-001_datasheet.pdf" target="blank">HMT-QOR-TGF2954-001</a> </td> <td> Die </td> <td> 26 </td> <td> 44.5 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2955 data-key-5=%20% data-key-6=The%20%HMT-TQT-TGF2955-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2955,%20%a%20%discrete%20%7.56%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%a%20%geometry-scaled%20%version%20%of%20%a%20%smaller%20%geometry%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%extracted%20%from%20%and%20%validated%20%against%20%I-V,%20%S-Parameters%20%&%20%large-signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2955 target="blank">TGF2955</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=663&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2955-001_datasheet.pdf" target="blank">HMT-QOR-TGF2955-001</a> </td> <td> Die </td> <td> 26 </td> <td> 46.4 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2956 data-key-5=%20% data-key-6=The%20%HMT-TQT-TGF2956-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2956,%20%a%20%discrete%20%10.08%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%a%20%geometry-scaled%20%version%20%of%20%a%20%smaller%20%geometry%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%extracted%20%from%20%and%20%validated%20%against%20%I-V,%20%S-Parameters%20%&%20%large-signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2956 target="blank">TGF2956</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=664&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2956-001_datasheet.pdf" target="blank">HMT-QOR-TGF2956-001</a> </td> <td> Die </td> <td> 26 </td> <td> 47.6 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2957 data-key-5=%20% data-key-6=The%20%HMT-TQT-TGF2957-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2957,%20%a%20%discrete%20%12.6%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%a%20%geometry-scaled%20%version%20%of%20%a%20%smaller%20%geometry%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%extracted%20%from%20%and%20%validated%20%against%20%I-V,%20%S-Parameters%20%&%20%large-signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2957 target="blank">TGF2957</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=665&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2957-001_datasheet.pdf" target="blank">HMT-QOR-TGF2957-001</a> </td> <td> Die </td> <td> 26 </td> <td> 48.6 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2965-SM data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2965-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%3x3%20%mm%20%QFN%20%packaged%20%TGF2965-SM,%20%a%20%discrete%20%5W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2965-SM target="blank">TGF2965-SM</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=737&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2965-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF2965-SM-001</a> </td> <td> Package </td> <td> 10 </td> <td> 36.9 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2977-SM data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2977-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2977-SM%20%in%20%a%20%3x3mm%20%QFN%20%package,%20%a%20%discrete%20%5W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%6-11%20%GHz%20%band.%20%Model%20%validated%20%under%20%high%20%drain%20%bias%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2977-SM target="blank">TGF2977-SM</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=785&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2977-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF2977-SM-001</a> </td> <td> Package </td> <td> 12 </td> <td> 36.9 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2978-SM data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2978-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2978-SM%20%in%20%a%20%3x4mm%20%QFN%20%package,%20%a%20%discrete%20%20W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%5-11%20%GHz%20%band.%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2978-SM target="blank">TGF2978-SM</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=790&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2978-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF2978-SM-001</a> </td> <td> Package </td> <td> 11 </td> <td> 42.8 </td> <td class=text-muted> NL,TS,LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2979-SM data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2979-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2979-SM%20%in%20%a%20%3x4mm%20%QFN%20%package,%20%a%20%discrete%20%30W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%5-11%20%GHz%20%band.%20%Model%20%validated%20%under%20%high%20%drain%20%bias%20%operation. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF2979-SM target="blank">TGF2979-SM</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=791&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2979-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF2979-SM-001</a> </td> <td> Package </td> <td> 11 </td> <td> 43.4 </td> <td class=text-muted> NL,TS,LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF3015-SM data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF3015-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%3x3%20%mm%20%QFN%20%packaged%20%TGF3015-SM,%20%a%20%discrete%20%10W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF3015-SM target="blank">TGF3015-SM</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=738&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF3015-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF3015-SM-001</a> </td> <td> Package </td> <td> 10 </td> <td> 40.0 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF3020-SM data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF3020-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%3x3%20%mm%20%QFN%20%packaged%20%TGF3020-SM,%20%a%20%discrete%20%5W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF3020-SM target="blank">TGF3020-SM</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=739&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF3020-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF3020-SM-001</a> </td> <td> Package </td> <td> 10 </td> <td> 36.9 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF3021-SM data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF3021-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%3x4%20%mm%20%QFN%20%packaged%20%TGF3021-SM,%20%a%20%discrete%20%30W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20% data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TGF3021-SM target="blank">TGF3021-SM</a> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=740&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF3021-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF3021-SM-001</a> </td> <td> Package </td> <td> 10 </td> <td> 44.7 </td> <td class=text-muted> NL, TS, LP </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TQP0104 data-key-5=%20% data-key-6=The%20%HMT-QOR-TQP0104-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%3x4%20%mm%20%QFN%20%packaged%20%TQP0104,%20%a%20%discrete%20%30W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN%20%HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%" data-key-14="11"> <td class=" details-control"></td> <td> <a href=https://www.qorvo.com/products/p/TQP0104 target="blank">TQP0104</a> <img src="/Images/Misc/RedAsterisks8.png" /> </td> <td> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=772&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TQP0104-001_datasheet.pdf" target="blank">HMT-QOR-TQP0104-001</a> </td> <td> Package </td> <td> 10 </td> <td> 44.7 </td> <td class=text-muted> NL,TS,LP </td> </tr> </tbody> </table> <div class="row"> <div class="col-md-9"> <h4 class="HeaderTitle">Legend</h4> </div> <div class="col-md-3">   </div> </div> <div class="row"> <div class="col-md-5"> <dl class="dl-horizontal"> <dt class="text-danger">3D</dt> <dd class="text-danger">3D Model</dd> <dt class="text-success">BB</dt> <dd class="text-success"> Broadband Component</dd> <dt class="text-primary">BRK</dt> <dd class="text-primary">3D Brick EM Models™</dd> <dt class="text-info">BW</dt> <dd class="text-info"> Bondwire de-embedding</dd> <dt class="text-success">DRS</dt> <dd class="text-success"> Dynamic Range Selection</dd> <dt class="text-muted">EB</dt> <dd class="text-muted"> Embedded Model</dd> <dt class="text-muted">FL</dt> <dd class="text-muted"> Flicker Noise</dd> <dt class="text-warning">IM</dt> <dd class="text-warning"> 3rd order IMD validated</dd> <dt class="text-danger">LP</dt> <dd class="text-danger"> Load Pull</dd> <dt class="text-primary">NL</dt> <dd class="text-primary"> Non-Linear</dd> <dt class="redletters"><img src="/Images/Misc/RedAsterisks8.png" /></dt> <dd> Discontinued or not recommended <br /> for new designs</dd> </dl> </div> <div class="col-md-5 pull-left"> <dl class="dl-horizontal"> <dt class="text-success">NP</dt> <dd class="text-success"> Noise Parameter</dd> <dt class="text-info">OS</dt> <dd class="text-info"> Orientation Selectable</dd> <dt class="text-muted">PD</dt> <dd class="text-muted"> Pad De-embedding</dd> <dt class="text-warning">PS</dt> <dd class="text-warning"> Pad Scaling</dd> <dt class="text-danger">SP</dt> <dd class="text-danger"> S-Parameter Data Model</dd> <dt class="text-primary">SS</dt> <dd class="text-primary"> Substrate Scalable</dd> <dt class="text-primary">SM</dt> <dd class="text-primary"> Super Model</dd> <dt class="text-success">TS</dt> <dd class="text-success"> Temperature Scalable</dd> <dt class="text-info">VS</dt> <dd class="text-info"> Part Value Scalable/Selectable</dd> <dt class="text-primary">XP</dt> <dd class="text-primary"> X-Parameter Data Model</dd> </dl> </div> <div class="col-md-3 pull-left"> <dl class="dl-horizontal"></dl> </div> </div> </div> <div id="presentations" class="tab-pane"> <head> <title>Library Presentations</title>  <link rel="stylesheet" type="text/css" href="/Content/jquery.dataTables.css"> <link rel="stylesheet" type="text/css" href="/Content/dataTables.fixedHeader.css">  <script type="text/javascript" charset="utf8" src="/Scripts/jquery.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/jquery.dataTables.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/dataTables.fixedHeader.js"></script> </head>  <br /> <head> <title>Library Videos</title>  <link rel="stylesheet" type="text/css" href="/Content/jquery.dataTables.css"> <link rel="stylesheet" type="text/css" 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