Modelithics Qorvo MVP Model Listing

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href="http://www.qorvo.com/" target=" _blank"><img src=/Images/MVP/Qorvo_Logo_ID_Blk_REG_CMYK.JPG target="blank" width=195 height=75></a> </div> <div class="col-md-5 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-9 "> <p id="mvp"> <br /><br /> Qorvo ("kor-vo") enables customers to launch next-generation designs even faster. Our unique combination of talent, technology, scalability and innovation helps you eliminate barriers to bringing your most powerful ideas to market. <br /> <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> </p> <p> <div class="col-md-4"> <br /> <a href="https://bit.ly/2Ka0ljZ"><img src="/Images/Misc/Intdevnodes.png" width="200" height="180" /> </a> <h5><strong>PA Circuit Level Validation of a New Non-Linear GaN Model Library</strong></h5> </div> <div class="col-md-4"><br /> <iframe width="200" height="180" src="https://www.youtube.com/embed/Z8shC4yyqCg" frameborder="0" allow="accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture" allowfullscreen></iframe> <h5><strong>Modelithics Qorvo GaN Library Overview</strong></h5> </div> <div class="col-md-4"> <br /> <iframe width="200" height="180" src="https://www.youtube.com/embed/KPU4GVacpJA" frameborder="0" allowfullscreen></iframe> <h5><strong>How to Request the Modelithics Qorvo GaN Library</strong></h5> </div> <hr /> <div> <div class="col-md-12"> <hr /> </div> <div class="col-md-3"> <br /> <a class="list-group-item active" href="/account/dloadtrackerfree?dtype=11&mvper=27&lit=1915&returnUrl=%2FFreeDownloads%2FBrochures%2FModelithics_Qorvo_GaAs_MVP_Library_Brochure.pdf&littype=2" target="_blank">Modelithics Qorvo GaAs Brochure</a> </div> <div class="col-md-3"> <br /> <a class="list-group-item active" href="/account/dloadtrackerfree?dtype=11&mvper=27&lit=1406&returnUrl=%2FFreeDownloads%2FBrochures%2FModelithicsQorvoGaNDatasheet.pdf&littype=2" target="_blank">Modelithics Qorvo GaN Brochure</a> </div> <div class="col-md-3"> <br /><a class="list-group-item active" href="/account/dloadtrackerfree?dtype=8&mvper=27&lit=1913&returnUrl=%2FDownloads%2FReleaseNotes%2FModelithics_Qorvo_GaN_Library_v24.5.4_ReleaseNotes.pdf&littype=7" target="_blank">Modelithics Qorvo GaN v24.5.4 Release Notes</a> </div> <div class="col-md-3"> <br /> <a class="list-group-item active" href="/account/dloadtrackerfree?dtype=11&mvper=27&lit=1458&returnUrl=%2FFreeDownloads%2FBrochures%2FModelithics_GaN_Modeling_1705.pdf&littype=7" target="_blank">Custom GaN Modeling</a> </div> </div> </div> <div class="col-md-3"> <p> <br /> <a href='/requests/qorvogan'> <img src="/Images/Free Tools/QorvoGanRequest.jpg" class="img-responsive " width="250" height="110"> </a> </p> <p> <strong class="lead text-capitalize text-danger">Free</strong><strong> to qualified customers. Click the above link to request the highly sought-after Modelithics Qorvo GaN Library, which is used by hundreds of designers world-wide.</strong> </p> <p> <a href="../Marketing/Qorvo">Qorvo MVP Spotlight Page</a> <br /><br /> <a href='/requests/exemplar?company=Qorvo'> <img src="/Images/Free Tools/QorvoGaAsLibraryRequestBlue_Tab.jpg" class="img-responsive " width="250" height="110"> </a> </p> <p><strong><a href='/requests/exemplar' target="_blank"></a>Request a free trial of the Modelithics Qorvo GaAs models, which are part of the <a href="https://www.modelithics.com/model">Modelithics COMPLETE</a> Library.</strong></p> <p><strong>To optimize the best design results, combine the Qorvo GaN Library with the Modelithics COMPLETE Library!</strong></p> </div> </div> <hr /> <a name="modellist"></a> <div class="row"> <div class="tabbable"> <ul class="nav nav-pills"> <li class="active small"><a href="#gan" data-toggle="tab">Qorvo GaN</a></li> <li class="small"><a href="#gaas" data-toggle="tab">Qorvo GaAs</a></li> <li class="small"><a href="#presentations" data-toggle="tab">Presentations</a></li> <li class="small"><a href="#literature" data-toggle="tab">Literature</a></li> <li class="small"><a href="#videos" data-toggle="tab">Videos</a></li> <li class="small"><a href="#promos" data-toggle="tab">News/Promotions</a></li> <li class="small"><a href="#blogs" data-toggle="tab">Blogs</a></li> </ul> <div> </div> <div class="tab-content"> <div id="gaas" class="tab-pane"> <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="16%"> Features </th> </tr> </thead> <tbody> <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=/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> 3 </td> <td> NL, SS, PS </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=AH101 data-key-5=%20% data-key-6=The%20%AMP-TQT-AH101-001%20%is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%TriQuint%20%AH101%20%mdeium%20%power,%20%high%20%linearity%20%amplifier%20%in%20%a%20%SOT-89%20%package.%20%%20%This%20%amplifier%20%is%20%designed%20%for%20%0.05%20%–%20%1.5%20%GHz%20%applications%20%and%20%offers%20%an%20%excellent%20%dynamic%20%range.%20%A%20%P2D%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% data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <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-TQT-AH101-001_datasheet.pdf" target="blank">AMP-TQT-AH101-001</a> </td> <td> MMIC </td> <td> 15 </td> <td> NL, TS, IM </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=https://www.qorvo.com/products/p/NBB-300 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> </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=https://www.qorvo.com/products/p/NBB-310 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> </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=https://www.qorvo.com/products/p/NBB-400 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> </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=https://www.qorvo.com/products/p/NBB-402 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> </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=https://www.qorvo.com/products/p/NBB-500 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> </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=AH101 data-key-5=%20% data-key-6=The%20%AMPXP-TRI-AH101-001%20%is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%TriQuint%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=https://www.qorvo.com/products/p/AH101-G target="blank">AH101</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=38&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPXP-TQT-AH101-001_datasheet.pdf" target="blank">AMPXP-TQT-AH101-001</a> </td> <td> SOT-89 </td> <td> 15 </td> <td> NL, XP, SP </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=RF5110G data-key-5=%20% 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="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=https://www.qorvo.com/products/p/RF5110G 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> .9 </td> <td> IM, NL, SP, XP </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=https://www.qorvo.com/products/p/QPD2018D 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> 40 </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=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=https://www.qorvo.com/products/p/QPD2025D 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> 40 </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=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=https://www.qorvo.com/products/p/QPD2040D 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> 40 </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=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=https://www.qorvo.com/products/p/QPD2060D 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> 40 </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=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=https://www.qorvo.com/products/p/QPD2080D 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> 40 </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=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=https://www.qorvo.com/products/p/QPD2120D 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> 40 </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=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=https://www.qorvo.com/products/p/QPD2160D 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> 40 </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=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=https://www.qorvo.com/products/p/TGF2040 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> 36 </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=https://www.qorvo.com/products/p/TGF2060 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> 20 </td> <td> BB, NL, 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 (1/F)</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="gan" class="tab-pane active"> <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> </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> 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> </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 (1/F)</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="literature" class="tab-pane"> <br /> <head> <title>Model Listing</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> <script> $(document).ready(function () { $('[data-toggle=" tooltip"]').tooltip(); }); </script> </head>  <h4> Application Note </h4> <table class="table table-striped table-hover display compact table-responsive"> <thead> <tr> <th width="3%">   </th> <th> Note # </th> <th width="52%"> Title </th> <th width="14%"> Date </th> <th width="30%"> Example Files </th> </tr> </thead> <tbody> <tr> <td width="3%"> <a href=/Downloads/AppNotes/Application_Note_059_Using_Modelithics_X-Parameter_Models_in_an_ADS_Design_Environment.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td> 59 </td> <td width="52%"> <a href="/account/dloadtracker?dtype=7&lit=1469&returnUrl=%2FDownloads%2FAppNotes%2FApplication_Note_059_Using_Modelithics_X-Parameter_Models_in_an_ADS_Design_Environment.pdf&littype=21" target="blank" title="">Using Modelithics X-Parameter Models in an ADS Design Environment </a> </td> <td width="14%"> 9/20/2017 </td> <td width="30%"> </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/Downloads/AppNotes/AN053_AWR_5528_PA_150803_final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td> 53 </td> <td width="52%"> <a href="/account/dloadtracker?dtype=7&lit=1329&returnUrl=%2FDownloads%2FAppNotes%2FAN053_AWR_5528_PA_150803_final.pdf&littype=1" target="blank" title="This note provides insight into the performance predictability of a design simulation for a single-stage microwave power amplifier (PA) reference design, based on the use of a non-linear model for the Qorvo T2G4005528-FS packaged GaN HEMT device. The example studied in this application note is a 65 W device utilized in a reference amplifier board that uses distributed and surface mount components for matching and bias networks. The transistor model used in this document, HMT-TQT-T2G4005528-FS-001, is available as part of the Modelithics&#174; Qorvo GaN Library. ">Analysis Of A 65 W Power Amplifier Utilizing Modelithics’ Qorvo T2G4005528-FS Model In NI/AWR Software </a> </td> <td width="14%"> 8/3/2015 </td> <td width="30%"> <a class="awr" href="/account/dloadtracker?dtype=15&lit=1329&returnUrl=%2FDownloads%2FAppNotes%2FMWO%2FAN53.zip&littype=1"> </a> </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/Downloads/AppNotes/AN049_ADS_3028_PA_Measurements.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td> 49 </td> <td width="52%"> <a href="/account/dloadtracker?dtype=7&lit=39&returnUrl=%2FDownloads%2FAppNotes%2FAN049_ADS_3028_PA_Measurements.pdf&littype=1" target="blank" title="This note provides insight into the performance predictability of a design simulation for a singlestage microwave power amplifier (PA) reference design, based on the use of a non-linear model for the TriQuint T2G6003028-FS packaged GaN HEMT device. The example studied in this application note is a 30 W device utilized in a reference amplifier board that uses distributed and surface mount components for matching and bias networks. The bias and operating information for the design is as follows: Vds = 28V, Ids = 200mA, design frequency = 5.9 GHz. For the simulations, a Modelithics developed nonlinear model for the T2G6003028-FS device is used along with Modelithics CLR models for the passive lumped surface mount components. The modeling and analysis tool used in this work includes Agilent Technologies’ Advanced Design System (ADS). The treatment within this note includes exploration of the measured to model agreement for small-signal as well as large signal analysis, including careful analysis of the passive matching network representations. The objectives of this work include the validation of the transistor model as well as an understanding of the impact of the matching and bias circuit modeling on the overall simulation to measured data agreement of the amplifier. ">Analysis Of A 30 W Power Amplifier Utilizing Modelithics’ Triquint T2G6003028-FS Model</a> </td> <td width="14%"> 1/1/2014 </td> <td width="30%"> <a class="ads" href="/account/dloadtracker?dtype=15&lit=39&returnUrl=%2FDownloads%2FAppNotes%2FADS%2FAN49.zip&littype=1"> </a> </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/Downloads/AppNotes/App_Note_40_TQT_Reference_Designs_Final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td> 40 </td> <td width="52%"> <a href="/account/dloadtracker?dtype=7&lit=30&returnUrl=%2FDownloads%2FAppNotes%2FApp_Note_40_TQT_Reference_Designs_Final.pdf&littype=1" target="blank" title="This application note demonstratesthe ability to develop accurate reference design simulations using models from Modelithics, Inc. The schematics shown in this note were developed using Agilent’s Advanced Design System (ADS). The reference designs treated in this note are for power amplifiers operating at 900 MHz and 1900 MHz, using TriQuint’s TGF2960-SD 0.5 Watt transistor. Procedures and issues related to correcting the differences between simulated and measured results are explained and implemented. Data from each simulation in the procedure is provided to show the impact that Modelithics Inc. models have on the overall performance of the design. ">Non-Linear Reference Design Simulations</a> </td> <td width="14%"> 1/1/2014 </td> <td width="30%"> <a class="ads" href="/account/dloadtracker?dtype=15&lit=30&returnUrl=%2FDownloads%2FAppNotes%2FADS%2FAN40.zip&littype=1"> </a> </td> </tr> </tbody> </table> <br />  <h4> Brochures </h4> <table class="table display"> <thead> <tr> <th width="5%">   </th> <th width="45%"> Title </th> <th width="35%"> Author </th> <th width="14%"> Date </th> </tr> </thead> <tbody> <tr> <td width="5%"> <a href=/FreeDownloads/Brochures/Modelithics_Qorvo_GaAs_MVP_Library_Brochure.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="45%"> <a href="/account/dloadtrackerfree?dtype=11&lit=1915&returnUrl=%2FFreeDownloads%2FBrochures%2FModelithics_Qorvo_GaAs_MVP_Library_Brochure.pdf&littype=27" target="_blank">Modelithics® Qorvo GaAs Library Brochure</a> </td> <td width="35%"> Modelithics, Inc. </td> <td width="14%"> 2/9/2022 </td> </tr> </tbody> </table> <br />  <h4 class="HeadingTitleMVP">Published Articles </h4> <table class="table display"> <thead> <tr> <th width="3%">   </th> <th width="42%"> Title </th> <th width="40%"> Author </th> <th width="14%"> Date </th> <th>Example File</th> </tr> </thead> <tbody> <tr> <td width="3%"> <a href=https://www.highfrequencyelectronics.com/index.php?option=com_content&view=article&id=2431:temperature-dependent-microwave-attenuator-models&catid=211&Itemid=189 target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=12&lit=1753&returnUrl=https%3A%2F%2Fwww.highfrequencyelectronics.com%2Findex.php%3Foption%3Dcom_content%26view%3Darticle%26id%3D2431%3Atemperature-dependent-microwave-attenuator-models%26catid%3D211%26Itemid%3D189&littype=18" target="_blank">Temperature Dependent Microwave Attenuator Models</a> </td> <td width="40%"> Hetvi Patel, Eric Valentino, Hugo Morales and Larry Dunleavy </td> <td width="14%"> 12/31/2020 </td> <td> </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/Downloads/PublishedPaper/BCICTS2019.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtracker?dtype=12&lit=1655&returnUrl=%2FDownloads%2FPublishedPaper%2FBCICTS2019.pdf&littype=4" target="_blank">Quiescent Drain Voltage Dependence of Pulsed I-V Characteristics of GaN HEMTs: Analysis and Modeling</a> </td> <td width="40%"> 2019 IEEE BiCMOS and Compound semiconductor Integrated Circuits and Technology Symposium (BCICTS) </td> <td width="14%"> 11/3/2019 </td> <td> </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=https://media.wiley.com/assets/7280/42/9781119135548_GaN.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=12&lit=1652&returnUrl=https%3A%2F%2Fmedia.wiley.com%2Fassets%2F7280%2F42%2F9781119135548_GaN.pdf&littype=18" target="_blank">GaN RF Technology for Dummies</a> </td> <td width="40%"> by Andrew Moore and Jose Jimenez </td> <td width="14%"> 10/30/2019 </td> <td> </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=http://www.microwavejournal.com/articles/30456-designing-a-broadband-highly-efficient-gan-rf-power-amplifier target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=12&lit=1517&returnUrl=http%3A%2F%2Fwww.microwavejournal.com%2Farticles%2F30456-designing-a-broadband-highly-efficient-gan-rf-power-amplifier&littype=18" target="_blank">Designing A Broadband, Highly Efficient, GaN RF Power Amplifier</a> </td> <td width="40%"> J. Brunning and R. Rayit, SARAS Technology, Leeds, U.K. </td> <td width="14%"> 6/13/2018 </td> <td> </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=http://www.mpdigest.com/2018/02/20/rapid-model-based-evaluation-board-success-for-a-160w-l-band-gan-pa target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=12&lit=1498&returnUrl=http%3A%2F%2Fwww.mpdigest.com%2F2018%2F02%2F20%2Frapid-model-based-evaluation-board-success-for-a-160w-l-band-gan-pa&littype=18" target="_blank">Rapid Model-Based Evaluation Board Success for a 160W L-Band GaN PA</a> </td> <td width="40%"> Rached Hajji and Kim Tran, Qorvo USA, Inc. & Larry Dunleavy and Laura Levesque, Modelithics, Inc. </td> <td width="14%"> 2/20/2018 </td> <td> </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PublishedPaper/110117_SpecialReport_MDLX.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=12&lit=1482&returnUrl=%2FFreeDownloads%2FPublishedPaper%2F110117_SpecialReport_MDLX.pdf&littype=18" target="_blank">Advanced Nonlinear and Noise Modeling of High Frequency GaN Devices</a> </td> <td width="40%"> Larry Dunleavy, Jiang Liu, Miriam Calvo, Hugo Morales, and Laura Levesque, Modelithics Inc. , and Raj Santhakumar, Qorvo </td> <td width="14%"> 11/1/2017 </td> <td> </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PublishedPaper/1709_HFE_modelsPt2rev.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=12&lit=1474&returnUrl=%2FFreeDownloads%2FPublishedPaper%2F1709_HFE_modelsPt2rev.pdf&littype=18" target="_blank">Using High Accuracy Models to Achieve First Pass Design Success - A Transmitter Case Study: Part 2, Power Amplifier Design</a> </td> <td width="40%"> Ted Longshore and Larry Dunleavy </td> <td width="14%"> 9/1/2017 </td> <td> </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PublishedPaper/1708_HFE_modelsPt1.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=12&lit=1473&returnUrl=%2FFreeDownloads%2FPublishedPaper%2F1708_HFE_modelsPt1.pdf&littype=18" target="_blank">Using Component Models to Achieve First Pass Success - A Transmitter Case Study: Part 1, Harmonic Filter Design</a> </td> <td width="40%"> Ted Longshore and Larry Dunleavy </td> <td width="14%"> 8/1/2017 </td> <td> </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/Downloads/PublishedPaper/Thermal_Analysis_MDLX_Qorvo_Final4.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtracker?dtype=12&lit=1466&returnUrl=%2FDownloads%2FPublishedPaper%2FThermal_Analysis_MDLX_Qorvo_Final4.pdf&littype=4" target="_blank">Compact Thermal Modeling of GaN HEMT Devices for Pulsed and CW Applications</a> </td> <td width="40%"> Dr. Jiang Liu, Dr. Miriam Calvo, Dr. Larry Dunleavy, Hugo Morales (Modelithics), Richard Martin , Mark Woods , and Neil Craig (Qorvo) </td> <td width="14%"> 7/20/2017 </td> <td> </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PublishedPaper/MPB-0714.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=12&lit=1416&returnUrl=%2FFreeDownloads%2FPublishedPaper%2FMPB-0714.pdf&littype=18" target="_blank">Device and PA Circuit Level Validations of a High Power GaN Model Library</a> </td> <td width="40%"> Larry Dunleavy and Hugo Morales Modelithics Inc. and Charles Suckling and Kim Tran Qorvo Inc. </td> <td width="14%"> 7/14/2016 </td> <td> </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/Downloads/PublishedPaper/Class_F_C-band_10W_Amplifier_camera_ready_v2.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtracker?dtype=12&lit=1392&returnUrl=%2FDownloads%2FPublishedPaper%2FClass_F_C-band_10W_Amplifier_camera_ready_v2.pdf&littype=4" target="_blank">A Class-F 5 – 6 GHz 10-W GaN-on-SiC Amplifier</a> </td> <td width="40%"> Kim Tran, Matthew Williams, and Richard Martin </td> <td width="14%"> 4/12/2016 </td> <td> </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PublishedPaper/1603_HFE_powerAmpDesign.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=12&lit=1385&returnUrl=%2FFreeDownloads%2FPublishedPaper%2F1603_HFE_powerAmpDesign.pdf&littype=18" target="_blank">A Simulation-Based Design Flow for Broadband GaN Power Amplifier Design</a> </td> <td width="40%"> Ivan Boshnakov, Malcolm Edwards, Larry Dunleavy, Isabella Delgado </td> <td width="14%"> 3/18/2016 </td> <td> <a class="awr" href="/account/dloadtracker?dtype=15&lit=1385&returnUrl=%2FDownloads%2FPublishedPaper%2FMWO%2FLiterature_1385.zip&littype=18"> </a> </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PublishedPaper/RFTI_Jan2012_Wright.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=12&lit=165&returnUrl=%2FFreeDownloads%2FPublishedPaper%2FRFTI_Jan2012_Wright.pdf&littype=18" target="_blank">Closing the Loop on Reference Design Simulations</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 1/1/2012 </td> <td> </td> </tr> </tbody> </table> <script> $(document).ready(function () { $('[data-toggle="tooltip"]').tooltip(); }); </script> <br />   <br />  <h4 class="HeadingTitleMVP">Release Notes</h4> <table class="table display"> <thead> <tr> <th width="3%">   </th> <th width="45%"> Title </th> <th width="40%"> Author </th> <th width="14%"> Date </th> </tr> </thead> <tbody> <tr> <td width="3%"> <a href=/Downloads/ReleaseNotes/Modelithics_Qorvo_GaN_Library_v23.5.1_ReleaseNotes.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtracker?dtype=8&lit=1913&returnUrl=%2FDownloads%2FReleaseNotes%2FModelithics_Qorvo_GaN_Library_v23.5.1_ReleaseNotes.pdf&littype=7" target="_blank">The Modelithics Qorvo GaN Library v23.5.1 Release Notes</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 1/25/2023 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/Downloads/ReleaseNotes/Modelithics_Qorvo_GaN_Library_v21.4.5_ReleaseNotes.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtracker?dtype=8&lit=1771&returnUrl=%2FDownloads%2FReleaseNotes%2FModelithics_Qorvo_GaN_Library_v21.4.5_ReleaseNotes.pdf&littype=7" target="_blank">The Modelithics Qorvo GaN Library v21.4.5 Release Notes</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 4/6/2021 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/Downloads/ReleaseNotes/Modelithics_Qorvo_GaN_Library_v20.4.4_ReleaseNotes.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtracker?dtype=8&lit=1723&returnUrl=%2FDownloads%2FReleaseNotes%2FModelithics_Qorvo_GaN_Library_v20.4.4_ReleaseNotes.pdf&littype=7" target="_blank">The Modelithics Qorvo GaN Library v20.4.4 Release Notes</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 9/29/2020 </td> </tr> </tbody> </table> <p>* X-parameters is a registered trademark of KeysightTechnologies. </p> <br />  <h4 class="HeadingTitleMVP"> Press Release</h4> <table class="table display"> <thead> <tr> <th width="3%">   </th> <th width="42%"> Title </th> <th width="40%"> Author </th> <th width="14%"> Date </th> </tr> </thead> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/240724_Modelithics_Qorvo_GaN_Lbrary_v24.5.4_Final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=10036&returnUrl=%2FFreeDownloads%2FPressRelease%2F240724_Modelithics_Qorvo_GaN_Lbrary_v24.5.4_Final.pdf&littype=10" target="_blank">Modelithics® Releases the Modelithics Qorvo® GaN Library v24.5.4</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 7/25/2024 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/231107_Modelithics_RFMW_MVP_Final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=10001&returnUrl=%2FFreeDownloads%2FPressRelease%2F231107_Modelithics_RFMW_MVP_Final.pdf&littype=10" target="_blank">Modelithics & RFMW Are Pleased to Join Forces to Bring Rapid Resources Available to Today’s Engineering Designers & Suppliers</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 11/7/2023 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/231011_Modelithics_COMPLETE_Library_AWR_23.4_Final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=10000&returnUrl=%2FFreeDownloads%2FPressRelease%2F231011_Modelithics_COMPLETE_Library_AWR_23.4_Final.pdf&littype=10" target="_blank">Announcing Nearly 100 New Models Added to the Modelithics COMPLETE Library v23.4 for the Cadence AWR Design Environment Platform</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 10/11/2023 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/221027_Modelithics_COMPLETE_Library_v22.3_KeysightGenesys_Final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=1896&returnUrl=%2FFreeDownloads%2FPressRelease%2F221027_Modelithics_COMPLETE_Library_v22.3_KeysightGenesys_Final.pdf&littype=10" target="_blank">Modelithics Releases the COMPLETE Library v22.3 for Keysight Technologies PathWave RF Synthesis (Genesys)</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 10/27/2022 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/221027_Modelithics_COMPLETE_Library_v22.3_KeysightGenesys_Final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=1897&returnUrl=%2FFreeDownloads%2FPressRelease%2F221027_Modelithics_COMPLETE_Library_v22.3_KeysightGenesys_Final.pdf&littype=10" target="_blank">Modelithics Releases the COMPLETE Library v22.3 for Keysight Technologies PathWave RF Synthesis (Genesys)</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 10/27/2022 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/221024_ModelithicsCOMPLETE_Library_ADS_v22.5_Final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=1894&returnUrl=%2FFreeDownloads%2FPressRelease%2F221024_ModelithicsCOMPLETE_Library_ADS_v22.5_Final.pdf&littype=10" target="_blank">Modelithics Releases the COMPLETE Library v22.5 for Keysight Technologies’ PathWave Advanced Design System</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 10/24/2022 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/210624_Expanding_Modelithics_Qorvo_GaN_Library.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=1787&returnUrl=%2FFreeDownloads%2FPressRelease%2F210624_Expanding_Modelithics_Qorvo_GaN_Library.pdf&littype=10" target="_blank">Modelithics® Expands the Modelithics Qorvo GaN Library</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 6/24/2021 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/210420_Qorvo_GaN_21.4.5_Final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=1775&returnUrl=%2FFreeDownloads%2FPressRelease%2F210420_Qorvo_GaN_21.4.5_Final.pdf&littype=10" target="_blank">Modelithics® Releases the Modelithics Qorvo® GaN Library v21.4.5</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 4/20/2021 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/PR_Modelithics_AFRL_BAA_Qorvo_110618.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=1554&returnUrl=%2FFreeDownloads%2FPressRelease%2FPR_Modelithics_AFRL_BAA_Qorvo_110618.pdf&littype=10" target="_blank">Modelithics Awarded Multi-Year Contract from Qorvo as Teaming Partner in AFRL Program: “Engineering Predictable Behavior into GaN Devices FEP”</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 11/6/2018 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/ModelithicsQorvoGaNv18p2p9_Nov2_2018.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=1572&returnUrl=%2FFreeDownloads%2FPressRelease%2FModelithicsQorvoGaNv18p2p9_Nov2_2018.pdf&littype=10" target="_blank">The Modelithics® Qorvo GaN Library v18.2.9 – Latest Release!</a> </td> <td width="40%"> </td> <td width="14%"> 11/2/2018 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/ModelithicsQorvoGaNv1p6p4.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=1347&returnUrl=%2FFreeDownloads%2FPressRelease%2FModelithicsQorvoGaNv1p6p4.pdf&littype=10" target="_blank">Announcing the latest release of the Modelithics Qorvo GaN Library! </a> </td> <td width="40%"> </td> <td width="14%"> 11/23/2015 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/MDLX_Qorvo_PR_final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=424&returnUrl=%2FFreeDownloads%2FPressRelease%2FMDLX_Qorvo_PR_final.pdf&littype=10" target="_blank">Modelithics and Qorvo to Significantly Expand the GaN RF Simulation Model Library </a> </td> <td width="40%"> </td> <td width="14%"> 5/14/2015 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/MDLX_triquint_press_release_final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=411&returnUrl=%2FFreeDownloads%2FPressRelease%2FMDLX_triquint_press_release_final.pdf&littype=10" target="_blank">Modelithics Releases the Latest TriQuint GaN RF Simulation Model Library </a> </td> <td width="40%"> </td> <td width="14%"> 12/8/2014 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/PRModelithics_Triquint_Transistor_Models_Final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=394&returnUrl=%2FFreeDownloads%2FPressRelease%2FPRModelithics_Triquint_Transistor_Models_Final.pdf&littype=10" target="_blank">Modelithics Announces New RF Simulation Models for TriQuint GaN Die Products </a> </td> <td width="40%"> </td> <td width="14%"> 10/7/2013 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/Modelithics_NLT_4.0_Press_Release_Final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=320&returnUrl=%2FFreeDownloads%2FPressRelease%2FModelithics_NLT_4.0_Press_Release_Final.pdf&littype=10" target="_blank">Modelithics Expands Non-Linear Transistor Library; Adds Triquint Models and More </a> </td> <td width="40%"> </td> <td width="14%"> 5/26/2009 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/Modelithics_-_Triquint_PR_Feb_24.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=314&returnUrl=%2FFreeDownloads%2FPressRelease%2FModelithics_-_Triquint_PR_Feb_24.pdf&littype=10" target="_blank">Modelithics Releases Version 6.0 CLR Library for Agilent ADS – TriQuint Semiconductor Utilizes Libraries for In-house Design </a> </td> <td width="40%"> </td> <td width="14%"> 2/24/2009 </td> </tr> </tbody> </table> </div> <div id="presentations" class="tab-pane">  <h4 class="HeadingTitleMVP">Presentations</h4> <table class="table display"> <thead> <tr class="text-products"> <th width="42%"> Title   <img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /> </th> <th width="40%"> Author </th> <th width="14%"> Date </th> <th> Related Files </th> </tr> </thead> <tbody> <tr> <td width="42%"> <a href="/account/dloadtracker?dtype=12&lit=1909&returnUrl=%2FDownloads%2FPresentations%2FModelithics_World_Class%20GaN_Modeling_Services.pdf&littype=6" target="blank" title="">Modelithics World Class GaN Characterization and Modeling Services! </a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 1/19/2023 </td> <td> </td> </tr> <tr> <td width="42%"> <a href="/account/dloadtracker?dtype=12&lit=1910&returnUrl=%2FDownloads%2FPresentations%2FModelithicsQorvoGaNLibrary_Overview.pdf&littype=6" target="blank" title="">The Modelithics Qorvo GaN Library</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 1/19/2023 </td> <td> </td> </tr> <tr> <td width="42%"> <a href="/account/dloadtracker?dtype=12&lit=1595&returnUrl=%2FDownloads%2FPresentations%2FModelithics_Qorvo_GaN_Library_for_PA_Success.pdf&littype=6" target="blank" title="">Modelithics Qorvo GaN Model Library for PA Success</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 4/4/2019 </td> <td> </td> </tr> <tr> <td width="42%"> <a href="/account/dloadtracker?dtype=12&lit=1595&returnUrl=%2FDownloads%2FPresentations%2FModelithics_Qorvo_GaN_Library_for_PA_Success.pdf&littype=6" target="blank" title="">Modelithics Qorvo GaN Model Library for PA Success</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 4/4/2019 </td> <td> </td> </tr> <tr> <td width="42%"> <a href="/account/dloadtracker?dtype=12&lit=1596&returnUrl=%2FDownloads%2FPresentations%2FModelithicsOverview_Tutorial_2019.pdf&littype=6" target="blank" title="">Modelithics Advanced Simulation Models – Overview and Tutorial</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 4/4/2019 </td> <td> </td> </tr> <tr> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=12&lit=1519&returnUrl=%2FFreeDownloads%2FPresentations%2FModelithics_mmWave_and_5G_Library.pdf&littype=19" target="blank" title="">Modelithics 5G Library Overview</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 7/27/2018 </td> <td> </td> </tr> <tr> <td width="42%"> <a href="/account/dloadtracker?dtype=12&lit=1465&returnUrl=%2FDownloads%2FPresentations%2FCSICS_MDLX_QORVO_Final.pdf&littype=6" target="blank" title="A novel empirical thermal modeling technique is proposed to allow improved prediction of channel temperature for GaN HEMT power devices when driven with pulsed DC/RF signals. The proposed thermal model contains a multiple-pole RC network and adapts itself based on the pulse width and duty cycles of the input signals. The model, which is incorporated within an Angelov-based compact non-linear model, is derived from numerical physics-based thermal analysis results. The model enables designers to conveniently estimate peak and average channel temperatures for specified pulse conditions and load and source impedances. The model can be used in either transient or in more time-efficient harmonic balance simulations.">Compact Thermal Modeling of GaN HEMT Devices for Pulsed and CW Applications (2016 IEEE Compound Semiconductor IC Symposium) </a> </td> <td width="40%"> Dr. Jiang Liu, Dr. Miriam Calvo, Dr. Larry Dunleavy, Hugo Morales (Modelithics), Richard Martin , Mark Woods , and Neil Craig (Qorvo) </td> <td width="14%"> 7/20/2017 </td> <td> </td> </tr> <tr> <td width="42%"> <a href="/account/dloadtracker?dtype=12&lit=1421&returnUrl=%2FDownloads%2FPresentations%2FEDICON_MDLX_Qorvo_GaN15_Final.pdf&littype=6" target="blank" title="GaN has many design wins in high power applications and also useful for LNAs. Reduced gate length processes, such as 0.15um, have emerged to address higher frequencies (e.g. &gt; 10 GHz). This presentation will focus on advanced models developed for a family of 0.15 um GaN die addressing both low noise and high power applications. ">Non-Linear and Noise Modeling of a 0.15um GaN Die Family</a> </td> <td width="40%"> Dr. Larry Dunleavy, Dr. Jiang Liu, Dr. Miriam Calvo, Hugo Morales from Modelithics, Inc. and Dr. Raj Santhakumar from Qorvo USA, Inc. </td> <td width="14%"> 9/23/2016 </td> <td> </td> </tr> <tr> <td width="42%"> <a href="/account/dloadtracker?dtype=12&lit=1393&returnUrl=%2FDownloads%2FPresentations%2FT2G6000528-Q3_5-6GHz_Amplifier_Texas_Symposium_2016_v2.pptx&littype=6" target="blank" title=" A Class-F 5 – 6 GHz 10 W Power Amplifier was designed with Qorvo’s T2G6000528-Q3 GaN transistor using a model developed by Modelithics™. The core of this device is a 10-W die constructed with Qorvo’s proven QGaN25 production process that is optimized for high power density and drain efficiency. The optimization design process involves producing model load-pull contours to identify area of loading termination for optimal power and efficiency, and simultaneously proper second-harmonic termination for highefficiency. 5 amplifiers were built and tested. Test results showed excellent 3dB-compression performance with drain efficiency ranging from 60 to 79.5% and power above 10 W. Index Terms — Power amplifiers, class-F amplifiers">A Class-F 5 – 6 GHz 10-W GaN-on-SiC Amplifier</a> </td> <td width="40%"> Kim Tran, Matthew Williams, and Richard Martin </td> <td width="14%"> 4/12/2016 </td> <td> </td> </tr> <tr> <td width="42%"> <a href="/account/dloadtracker?dtype=12&lit=1362&returnUrl=%2FDownloads%2FPresentations%2FPractical_Broadband_PA_Design_%28ETL-Modelithics-NI%29_final.pdf&littype=6" target="blank" title="">Practical Broadband Power Amplifier Design Method Using Load-line, Load-pull And Real-frequency Synthesis Techniques</a> </td> <td width="40%"> Ivan Boshnakov, Etl Systems Ltd, Malcolm Edwards, Ni Awr, Larry Dunleavy, Modelithics Inc. </td> <td width="14%"> 9/22/2015 </td> <td> </td> </tr> <tr> <td width="42%"> <a href="/account/dloadtracker?dtype=12&lit=1368&returnUrl=%2FDownloads%2FPresentations%2FMDLX_Qorvo_GaN_for_AWR2015_Final.pdf&littype=6" target="blank" title="">An Expanded Model Library For Discrete Qorvo GAN Power Transistors</a> </td> <td width="40%"> Larry Dunleavy, Modelithics, Inc. And Richard Martin, Qorvo </td> <td width="14%"> 9/21/2015 </td> <td> </td> </tr> <tr> <td width="42%"> <a href="/account/dloadtracker?dtype=12&lit=1338&returnUrl=%2FDownloads%2FPresentations%2FModelithics_in_Accurate_ADS_Momentum_Co-Simulations_2018.pdf&littype=6" target="blank" title="&quot;Modelithics models are measurement-based equivalent circuit models that account for component and substrate-related parasitic effects.&quot;">Modelithics in Accurate ADS / Momentum Co-Simulation</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 6/29/2015 </td> <td> </td> </tr> <tr> <td width="42%"> <a href="/account/dloadtracker?dtype=12&lit=1367&returnUrl=%2FDownloads%2FPresentations%2FIMS2015_MicroApps_System_Level_Modelithics.pdf&littype=6" target="blank" title="">Flexible And Scalable Models For Microwave System Design Success (microapps)</a> </td> <td width="40%"> Kevin Kellogg, Jiang Liu, Hetvipatel, Hugo Morales And Larry Dunleavy, Modelithics, Inc. </td> <td width="14%"> 6/29/2015 </td> <td> </td> </tr> <tr> <td width="42%"> <a href="/account/dloadtracker?dtype=12&lit=1363&returnUrl=%2FDownloads%2FPresentations%2FIMS2015_MicroApps_PA_Circuit_Level_Validation_of_New_GaN_Model_Library_Modelithics_final.pdf&littype=6" target="blank" title="">Pa Circuit Level Validation of a New Non-linear GAN Model Library</a> </td> <td width="40%"> Larry Dunleavy, Hugo Morales And Scott Skidmore, Modelithics, Inc. </td> <td width="14%"> 6/18/2015 </td> <td> <a class="youtube" href="/account/dloadtracker?dtype=15&lit=1363&returnUrl=IMS2015_MicroApps_PA_Circuit_Level_Validation_of_New_GaN_Model_Library_Modelithics_final.pdf&littype=6"> </a> </td> </tr> </tbody> </table> </div> <div id="blogs" class="tab-pane">  <h4 class="HeadingTitleMVP">Blogs</h4> <table class="table display"> <thead> <tr> <th width="3%">   </th> <th width="42%"> Title </th> <th width="40%"> Author </th> <th width="14%"> Date </th> </tr> </thead> <tbody> <tr> <td width="3%"> <a href=https://www.qorvo.com/design-hub/blog/model-based-gan-pa-design-basics-s-parameters-linear-and-resistive-stabilization target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=1615&returnUrl=https%3A%2F%2Fwww.qorvo.com%2Fdesign-hub%2Fblog%2Fmodel-based-gan-pa-design-basics-s-parameters-linear-and-resistive-stabilization&littype=24" target="_blank">Model-Based GaN PA Design Basics: GaN Transistor S-Parameters, Linear Stability Analysis and Resistive Stabilization</a> </td> <td width="40%"> Dr. Larry Dunleavy , Modelithics, Inc. </td> <td width="14%"> 8/28/2019 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=https://www.qorvo.com/design-hub/blog/model-based-gan-pa-design-basics-what-and-why-intrinsic-iv-waveforms target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=1528&returnUrl=https%3A%2F%2Fwww.qorvo.com%2Fdesign-hub%2Fblog%2Fmodel-based-gan-pa-design-basics-what-and-why-intrinsic-iv-waveforms&littype=24" target="_blank">Model-Based GaN PA Design Basics: The What and Why of Intrinsic I-V Waveforms</a> </td> <td width="40%"> Dr. Larry Dunleavy , Modelithics, Inc. </td> <td width="14%"> 10/4/2018 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=https://www.qorvo.com/design-hub/blog/gan-hemt-models-101-how-do-nonlinear-models-help-with-gan-pa-design target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=1510&returnUrl=https%3A%2F%2Fwww.qorvo.com%2Fdesign-hub%2Fblog%2Fgan-hemt-models-101-how-do-nonlinear-models-help-with-gan-pa-design&littype=24" target="_blank">GaN HEMT Models 101: How Do Nonlinear Models Help with GaN PA Design? (Part 1 of 2)</a> </td> <td width="40%"> Dr. Larry Dunleavy , Modelithics, Inc. </td> <td width="14%"> 5/31/2018 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=https://www.qorvo.com/design-hub/blog/model-based-gan-pa-design-basics-whats-in-an-iv-curve target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=1511&returnUrl=https%3A%2F%2Fwww.qorvo.com%2Fdesign-hub%2Fblog%2Fmodel-based-gan-pa-design-basics-whats-in-an-iv-curve&littype=24" target="_blank">Model-Based GaN PA Design Basics: What’s in an I-V Curve? (Part 2 of 2)</a> </td> <td width="40%"> Dr. Larry Dunleavy , Modelithics, Inc. </td> <td width="14%"> 5/31/2018 </td> </tr> </tbody> </table> </div> <div id="videos" class="tab-pane">  <h4 class="HeadingTitleMVP">Videos</h4> <table class="table display"> <thead> <tr> <th width="3%">   </th> <th width="42%"> Title </th> <th width="40%"> Author </th> <th width="14%"> Date </th> </tr> </thead> <tbody> <tr> <td width="3%"> <a href=https://www.youtube.com/watch?v=Z8shC4yyqCg&t=4s target="blank"><img src="/Images/DownloadIcon/YouTube.jpg" width="35" height="35" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=18&lit=1597&returnUrl=https%3A%2F%2Fwww.youtube.com%2Fwatch%3Fv%3DZ8shC4yyqCg%26amp%3Bt%3D4s&littype=16" target="_blank">Modelithics Qorvo GaN Library Overview</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 8/3/2020 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=https://www.qorvo.com/design-hub/videos/understanding-gan-thermal-analysis target="blank"><img src="/Images/DownloadIcon/YouTube.jpg" width="35" height="35" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=18&lit=1587&returnUrl=https%3A%2F%2Fwww.qorvo.com%2Fdesign-hub%2Fvideos%2Funderstanding-gan-thermal-analysis&littype=16" target="_blank">Understanding GaN Thermal Analysis</a> </td> <td width="40%"> Qorvo </td> <td width="14%"> 3/8/2019 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=https://youtu.be/_1WnNHMh5_o target="blank"><img src="/Images/DownloadIcon/YouTube.jpg" width="35" height="35" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=18&lit=1574&returnUrl=https%3A%2F%2Fyoutu.be%2F_1WnNHMh5_o&littype=16" target="_blank">Modelithics: Measurements and Models for Efficient PAs & LNAs</a> </td> <td width="40%"> NI AWR and Modelithics, Inc. </td> <td width="14%"> 1/9/2019 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=http://www.microwavejournal.com/Webinar_13mar18 target="blank"><img src="/Images/DownloadIcon/YouTube.jpg" width="35" height="35" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=18&lit=1518&returnUrl=http%3A%2F%2Fwww.microwavejournal.com%2FWebinar_13mar18&littype=16" target="_blank">Use of High Accuracy GaN Models for Rapid High Efficiency Power Amplifier Design Success Modelithics, Qorvo, Keysight </a> </td> <td width="40%"> Rached Hajji, Qorvo, Larry Dunleavy, Modelithics, Inc., Jack Sifri, Keysight Technologies </td> <td width="14%"> 3/13/2018 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=https://www.qorvo.com/design-hub/videos/how-to-bias-gan-transistors-an-introduction-tutorial target="blank"><img src="/Images/DownloadIcon/YouTube.jpg" width="35" height="35" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=18&lit=1588&returnUrl=https%3A%2F%2Fwww.qorvo.com%2Fdesign-hub%2Fvideos%2Fhow-to-bias-gan-transistors-an-introduction-tutorial&littype=16" target="_blank">How to Bias GaN Transistors: An Introduction Tutorial</a> </td> <td width="40%"> Qorvo </td> <td width="14%"> 10/12/2017 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=https://www.youtube.com/watch?v=KPU4GVacpJA target="blank"><img src="/Images/DownloadIcon/YouTube.jpg" width="35" height="35" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=18&lit=1405&returnUrl=https%3A%2F%2Fwww.youtube.com%2Fwatch%3Fv%3DKPU4GVacpJA&littype=16" target="_blank">How to Request the Modelithics Qorvo GaN Library</a> </td> <td width="40%"> Modelithics, Inc </td> <td width="14%"> 5/24/2016 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=https://www.youtube.com/watch?v=N0dLVMoVQSI target="blank"><img src="/Images/DownloadIcon/YouTube.jpg" width="35" height="35" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=18&lit=1398&returnUrl=https%3A%2F%2Fwww.youtube.com%2Fwatch%3Fv%3DN0dLVMoVQSI&littype=16" target="_blank">How to Design an RF Power Amplifier: Class J</a> </td> <td width="40%"> Matt Ozalas </td> <td width="14%"> 5/7/2016 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=https://www.youtube.com/watch?v=MLf6PaHj_yM target="blank"><img src="/Images/DownloadIcon/YouTube.jpg" width="35" height="35" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=18&lit=1708&returnUrl=https%3A%2F%2Fwww.youtube.com%2Fwatch%3Fv%3DMLf6PaHj_yM&littype=16" target="_blank">PA Circuit Level Validation of a New Non-Linear GaN Model Library</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 6/29/2015 </td> </tr> </tbody> </table> </div> <div id="promos" class="tab-pane">  <h4 class="HeadingTitleMVP"> Print Ads</h4> <table class="table display"> <thead> <tr> <th width="3%">   </th> <th width="42%"> Title </th> <th width="40%"> Author </th> <th width="14%"> Date </th> </tr> </thead> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PrintAds/June-2020-Qorvo_web.jpg target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=15&lit=1726&returnUrl=%2FFreeDownloads%2FPrintAds%2FJune-2020-Qorvo_web.jpg&littype=15" target="_blank">Qorvo Print Ad June 2020</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 6/30/2020 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PrintAds/Qorvo-June-2019.jpg target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=15&lit=1632&returnUrl=%2FFreeDownloads%2FPrintAds%2FQorvo-June-2019.jpg&littype=15" target="_blank">Qorvo 2019 Print Ad</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 6/30/2019 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PrintAds/1712_Qorvo_Full.PNG target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=15&lit=1490&returnUrl=%2FFreeDownloads%2FPrintAds%2F1712_Qorvo_Full.PNG&littype=15" target="_blank">Qorvo Print Ad</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 1/1/2018 </td> </tr> </tbody> </table>  <h4 class="HeadingTitleMVP">Eblasts</h4> <table class="table display"> <thead> <tr> <th width="3%">   </th> <th width="42%"> Title </th> <th width="40%"> Author </th> <th width="14%"> Date </th> </tr> </thead> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/The-Modelithics-Qorvo-GaN-Library-Version-21.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=15&lit=1828&returnUrl=%2FFreeDownloads%2FPressRelease%2FThe-Modelithics-Qorvo-GaN-Library-Version-21.pdf&littype=22" target="_blank">Modelithics Qorvo GaN Library version 21.4.7</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 12/3/2021 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/NowAvailableTheModelithicsQorvoGaNLibraryVersion_21.4.6.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=15&lit=1803&returnUrl=%2FFreeDownloads%2FPressRelease%2FNowAvailableTheModelithicsQorvoGaNLibraryVersion_21.4.6.pdf&littype=22" target="_blank">Now Available - The Modelithics Qorvo GaN Library Version 21.4.6.pdf</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 10/8/2021 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/Qorvo_Eblast.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=15&lit=1730&returnUrl=%2FFreeDownloads%2FPressRelease%2FQorvo_Eblast.pdf&littype=22" target="_blank">New Release: Qorvo GaN Library 20.4.4</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 9/29/2020 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/ModelithicsQorvoGaNLibrary_v19.4.1.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=15&lit=1644&returnUrl=%2FFreeDownloads%2FPressRelease%2FModelithicsQorvoGaNLibrary_v19.4.1.pdf&littype=22" target="_blank">Modelithics Qorvo GaN Library v19.4.1 Now Available!</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 9/26/2019 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=https://mailchi.mp/32387df6caa6/modelithics-qorvo-gan-library-v19211-now-available target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=15&lit=1616&returnUrl=https%3A%2F%2Fmailchi.mp%2F32387df6caa6%2Fmodelithics-qorvo-gan-library-v19211-now-available&littype=22" target="_blank">Modelithics® Releases Qorvo GaN Library v19.2.11</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 8/28/2019 </td> </tr> </tbody> </table>  <h4 class="HeadingTitleMVP"> Press Release</h4> <table class="table display"> <thead> <tr> <th width="3%">   </th> <th width="42%"> Title </th> <th width="40%"> Author </th> <th width="14%"> Date </th> </tr> </thead> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/240724_Modelithics_Qorvo_GaN_Lbrary_v24.5.4_Final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=10036&returnUrl=%2FFreeDownloads%2FPressRelease%2F240724_Modelithics_Qorvo_GaN_Lbrary_v24.5.4_Final.pdf&littype=10" target="_blank">Modelithics® Releases the Modelithics Qorvo® GaN Library v24.5.4</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 7/25/2024 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/231107_Modelithics_RFMW_MVP_Final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=10001&returnUrl=%2FFreeDownloads%2FPressRelease%2F231107_Modelithics_RFMW_MVP_Final.pdf&littype=10" target="_blank">Modelithics & RFMW Are Pleased to Join Forces to Bring Rapid Resources Available to Today’s Engineering Designers & Suppliers</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 11/7/2023 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/231011_Modelithics_COMPLETE_Library_AWR_23.4_Final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=10000&returnUrl=%2FFreeDownloads%2FPressRelease%2F231011_Modelithics_COMPLETE_Library_AWR_23.4_Final.pdf&littype=10" target="_blank">Announcing Nearly 100 New Models Added to the Modelithics COMPLETE Library v23.4 for the Cadence AWR Design Environment Platform</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 10/11/2023 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/221027_Modelithics_COMPLETE_Library_v22.3_KeysightGenesys_Final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=1896&returnUrl=%2FFreeDownloads%2FPressRelease%2F221027_Modelithics_COMPLETE_Library_v22.3_KeysightGenesys_Final.pdf&littype=10" target="_blank">Modelithics Releases the COMPLETE Library v22.3 for Keysight Technologies PathWave RF Synthesis (Genesys)</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 10/27/2022 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/221027_Modelithics_COMPLETE_Library_v22.3_KeysightGenesys_Final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=1897&returnUrl=%2FFreeDownloads%2FPressRelease%2F221027_Modelithics_COMPLETE_Library_v22.3_KeysightGenesys_Final.pdf&littype=10" target="_blank">Modelithics Releases the COMPLETE Library v22.3 for Keysight Technologies PathWave RF Synthesis (Genesys)</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 10/27/2022 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/221024_ModelithicsCOMPLETE_Library_ADS_v22.5_Final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=1894&returnUrl=%2FFreeDownloads%2FPressRelease%2F221024_ModelithicsCOMPLETE_Library_ADS_v22.5_Final.pdf&littype=10" target="_blank">Modelithics Releases the COMPLETE Library v22.5 for Keysight Technologies’ PathWave Advanced Design System</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 10/24/2022 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/210624_Expanding_Modelithics_Qorvo_GaN_Library.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=1787&returnUrl=%2FFreeDownloads%2FPressRelease%2F210624_Expanding_Modelithics_Qorvo_GaN_Library.pdf&littype=10" target="_blank">Modelithics® Expands the Modelithics Qorvo GaN Library</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 6/24/2021 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/210420_Qorvo_GaN_21.4.5_Final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=1775&returnUrl=%2FFreeDownloads%2FPressRelease%2F210420_Qorvo_GaN_21.4.5_Final.pdf&littype=10" target="_blank">Modelithics® Releases the Modelithics Qorvo® GaN Library v21.4.5</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 4/20/2021 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/PR_Modelithics_AFRL_BAA_Qorvo_110618.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=1554&returnUrl=%2FFreeDownloads%2FPressRelease%2FPR_Modelithics_AFRL_BAA_Qorvo_110618.pdf&littype=10" target="_blank">Modelithics Awarded Multi-Year Contract from Qorvo as Teaming Partner in AFRL Program: “Engineering Predictable Behavior into GaN Devices FEP”</a> </td> <td width="40%"> Modelithics, Inc. </td> <td width="14%"> 11/6/2018 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/ModelithicsQorvoGaNv18p2p9_Nov2_2018.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=1572&returnUrl=%2FFreeDownloads%2FPressRelease%2FModelithicsQorvoGaNv18p2p9_Nov2_2018.pdf&littype=10" target="_blank">The Modelithics® Qorvo GaN Library v18.2.9 – Latest Release!</a> </td> <td width="40%"> </td> <td width="14%"> 11/2/2018 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/ModelithicsQorvoGaNv1p6p4.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=1347&returnUrl=%2FFreeDownloads%2FPressRelease%2FModelithicsQorvoGaNv1p6p4.pdf&littype=10" target="_blank">Announcing the latest release of the Modelithics Qorvo GaN Library! </a> </td> <td width="40%"> </td> <td width="14%"> 11/23/2015 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/MDLX_Qorvo_PR_final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=424&returnUrl=%2FFreeDownloads%2FPressRelease%2FMDLX_Qorvo_PR_final.pdf&littype=10" target="_blank">Modelithics and Qorvo to Significantly Expand the GaN RF Simulation Model Library </a> </td> <td width="40%"> </td> <td width="14%"> 5/14/2015 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/MDLX_triquint_press_release_final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=411&returnUrl=%2FFreeDownloads%2FPressRelease%2FMDLX_triquint_press_release_final.pdf&littype=10" target="_blank">Modelithics Releases the Latest TriQuint GaN RF Simulation Model Library </a> </td> <td width="40%"> </td> <td width="14%"> 12/8/2014 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/PRModelithics_Triquint_Transistor_Models_Final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=394&returnUrl=%2FFreeDownloads%2FPressRelease%2FPRModelithics_Triquint_Transistor_Models_Final.pdf&littype=10" target="_blank">Modelithics Announces New RF Simulation Models for TriQuint GaN Die Products </a> </td> <td width="40%"> </td> <td width="14%"> 10/7/2013 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/Modelithics_NLT_4.0_Press_Release_Final.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=320&returnUrl=%2FFreeDownloads%2FPressRelease%2FModelithics_NLT_4.0_Press_Release_Final.pdf&littype=10" target="_blank">Modelithics Expands Non-Linear Transistor Library; Adds Triquint Models and More </a> </td> <td width="40%"> </td> <td width="14%"> 5/26/2009 </td> </tr> </tbody> <tbody> <tr> <td width="3%"> <a href=/FreeDownloads/PressRelease/Modelithics_-_Triquint_PR_Feb_24.pdf target="blank"><img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" /></a> </td> <td width="42%"> <a href="/account/dloadtrackerfree?dtype=13&lit=314&returnUrl=%2FFreeDownloads%2FPressRelease%2FModelithics_-_Triquint_PR_Feb_24.pdf&littype=10" target="_blank">Modelithics Releases Version 6.0 CLR Library for Agilent ADS – TriQuint Semiconductor Utilizes Libraries for In-house Design </a> </td> <td width="40%"> </td> <td width="14%"> 2/24/2009 </td> </tr> </tbody> </table> </div> </div> </div> </div>  <script> // Create RunTime IFrame so that it doesn't block the load event function createMaturityScheduleframe() { var i = document.createElement("iframe"); i.src = "../iFramePage.aspx"; i.frameBorder = "0"; i.scrolling = "auto"; i.style.height = "500px"; i.id = "FrmGeneral"; i.name = "FrmDetail"; document.getElementById("DIV_THAT_CONTAINS_IFRAME").appendChild(i); }; </script> <script> // $(document).ready(function () { // $('table.display').DataTable({ // paging: false, // info: false, // ordering: false, // "aLengthMenu": [[10, 20, 30, -1], [10, 20, 30, "All"]], // "dom": 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