Modelithics Richardson MVP Model Listing

<!DOCTYPE html> <html> <head>  <script async src="https://www.googletagmanager.com/gtag/js?id=AW-1009825973"></script> <script src="https://www.google.com/recaptcha/api.js" async defer></script>  <script> (function (c, l, a, r, i, t, y) { c[a] = c[a] || function () { (c[a].q = c[a].q || []).push(arguments) }; t = l.createElement(r); t.async = 1; t.src = "https://www.clarity.ms/tag/" + i + "?ref=bwt"; y = l.getElementsByTagName(r)[0]; y.parentNode.insertBefore(t, y); })(window, document, "clarity", "script", "j1qwrz8gsv"); </script> <script type="text/javascript"> (function (c, l, a, r, i, t, y) { c[a] = c[a] || function () { (c[a].q = c[a].q || []).push(arguments) }; t = l.createElement(r); t.async = 1; t.src = "https://www.clarity.ms/tag/" + i; y = l.getElementsByTagName(r)[0]; y.parentNode.insertBefore(t, y); })(window, document, "clarity", "script", "j92x51e8y8"); </script> <meta name="CCBot" content="nofollow"> <meta charset="utf-8" /> <meta name="viewport" content="width=device-width, initial-scale=1.0"> <meta name="description" content="Specializing in RF, microwave and millimeter-wave measurements and measurement-based modeling of RF and microwave components and semiconductor devices"> <meta name="google-site-verification" content="zTbwVXmUx1ugNO29lEantiflVD7RbdG5ODstj-CMtEU" /> <title>Modelithics Richardson MVP Model Listing - Modelithics, Inc.</title> <link href="/Content/css?v=qlY2049e5G3HHY8g0cwI2pJSanUpWltkNr0eF5WCvyc1" rel="stylesheet"/> <script src="/bundles/modernizr?v=wBEWDufH_8Md-Pbioxomt90vm6tJN2Pyy9u9zHtWsPo1"></script> <script type="application/ld+json"> { "@context": "http://schema.org", "@type": "Organization", "url": "https://www.modelithics.com", "logo": "https://www.modelithics.com/Images/Logo/Modelithics_search.png" } </script> <script type="application/ld+json"> { "@context": "http://schema.org", "@type": "Person", "name": "Modelithics", "url": "https://www.modelithics.com/", "sameAs": ["http://www.facebook.com/modelithics", "https://www.youtube.com/channel/UCqza4urCNHXRtnyO-K0w44g", "http://www.linkedin.com/company/modelithics-inc-", "https://twitter.com/modelithics_"] } </script> <script> (function (i, s, o, g, r, a, m) { i['GoogleAnalyticsObject'] = r; i[r] = i[r] || function () { (i[r].q = i[r].q || []).push(arguments) }, i[r].l = 1 * new Date(); a = s.createElement(o), m = s.getElementsByTagName(o)[0]; a.async = 1; a.src = g; m.parentNode.insertBefore(a, m) })(window, document, 'script', 'https://www.google-analytics.com/analytics.js', 'ga'); ga('create', 'UA-17991080-1', 'auto'); ga('send', 'pageview'); </script> <link rel="stylesheet" type="text/css" href="https://cdn.jsdelivr.net/npm/cookieconsent@3/build/cookieconsent.min.css" /> <link rel="stylesheet" type="text/css" href="https://cdn.jsdelivr.net/npm/cookieconsent@3/build/cookieconsent.min.css" /> <script src='https://www.google.com/recaptcha/api.js'></script> </head> <body> <div class="container logoNew"> <img src="/Images/Logo/ModelithicsLogo235x25.png" height="42" width="255" alt="Modelithics, Inc Logo" /> <ul class="nav navbar-nav navbar-right"> <a href='/freetools'> <img src="/Images/Free Tools/Try151229_150x150.png" height="63" width="60" )' /> </a> <li><a href="/home/whatsnew">What's New</a></li> <li><a href="/requests/exemplar?company=Modelithics">Free Trial Request</a></li> <li><a href="/account/register" id="registerLink">Register</a></li> <li><a href="/account/login" id="loginLink">Log in</a></li> <li> <script src="https://addsearch.com/js/?key=c9e49c4c2864c40df799d7b5c86f7502"></script> </li> </ul> </div> <nav class="navbar navbar-custom navbar-static-top yamm" role="navigation"> <div class="container"> <div class="navbar-header"> <ul class="nav navbar-nav "> <li><a href="/">Home</a></li> <li class="dropdown"> <a href="#" class="dropdown-toggle" data-toggle="dropdown">Products <span class="caret"></span></a> <ul class="dropdown-menu" role="menu"> <li><a href="/model">COMPLETE Library</a></li> <li class="divider"></li> <li><a href="/model/emlibraries">3D EM Libraries</a></li> <li class="divider"></li> <li><a href="/model/clr">CLR Library</a></li> <li class="divider"></li> <li><a href="/model/mmwave5g">mm-Wave Library</a></li> <li class="divider"></li> <li><a href="/model/scl">System Components Library</a></li> <li class="divider"></li> <li><a href="/mvp/vsl">GaN Sponsored Libraries</a></li> <li class="divider"></li> <li><a href="/mvp/vsl">Other Sponsored Libraries</a></li> <li class="divider"></li> <li><a href="/model/prerelease">Pre-Release Library</a></li> <li class="divider"></li> <li><a href="/home/fixtures">Test Accessories</a></li> </ul> </li> <li class="dropdown"> <a href="#" class="dropdown-toggle" data-toggle="dropdown">Services<span class="caret"></span></a> <ul class="dropdown-menu" role="menu"> <li><a href="/home/services">Summary</a></li> <li class="divider"></li> <li><a href="/model/measurement">Characterization</a></li> <li class="divider"></li> <li><a href="/home/emmodeling">3D Modeling</a></li> <li class="divider"></li> <li><a href="/home/ganmodeling">GaN Modeling</a></li> <li class="divider"></li> <li><a href="/home/modeling">Modeling</a></li> <li class="divider"></li> <li><a href="/literature/xparfiles">X-Parameters™*</a></li> </ul> </li> <li class="dropdown"> <a href="#" class="dropdown-toggle" data-toggle="dropdown">Free Tools<span class="caret"></span></a> <ul class="dropdown-menu" role="menu"> <li><a href="/freetools">Summary</a></li> <li class="divider"></li> <li><a href="/model/freemodels">SELECT+ Library</a></li> <li class="divider"></li> <li><a href="/model/sparamvendors">S-Parameters</a></li> <li class="divider"></li> <li><a href="/literature/examplefiles">Example Files</a></li> <li class="divider"></li> <li><a href="/model/xparams">X-Parameters™*</a></li> <li class="divider"></li> <li><a href="/mvp/vsl">Vendor Sponsored Libraries</a></li> <li class="divider"></li> <li><a href="/home/university">University Program</a></li> <li class="divider"></li> <li><a href="/freetools/spur">Mixer Spur Table</a></li> <li class="divider"></li> <li><a href="/freetools/roi">ROI Calculator</a></li></a> </li> </ul> </li> <li><a href="/home/testimonials">Testimonials</a></li> <li class="dropdown yamm-fw"> <a href="#" class="dropdown-toggle" data-toggle="dropdown">MVP <span class="caret"></span></a> <ul class="dropdown-menu" role="menu"> <div class="yamm-content"> <div class="row"> <div class="col-md-4"> <a href="/MVP"><img src="/Images/Logo/MVPLogoWhiteCrop.png" height="50" width="245" /></a></div> <div class="col-md-8 orient"><h2><span class="yletters"><center>Modelithics Vendor Partners (MVP)</center></span></h2></div> </div> <div class="row"> <div class="col-md-4 settext"> <p> <br /> <a href="/FreeDownloads/Brochures/MVPProgramBrochure_2019.pdf"></a> </a> Modelithics partners with leading suppliers in equipping designers with the exceptionally accurate models and measurement data. Many device and component vendors sponsor <span class="yletters"> <strong>FREE</strong></span> use of models as <span class="yletters"> <strong>Sponsoring</strong> </span> & <span class="yletters"> <strong>Strategic</strong> </span>MVPs. <div> </div> <p class="yletters"><strong>View the available Vendor Sponsored Libraries</strong></p> <div class="col-md-6"> <a href="/MVP"> <img src="/Images/mvp/SponsoringMVP_logo.png" class="img-responsive" height="125" width="165" /></a> </div> <div class="col-md-6"> <a href="/MVP"><img src="/Images/mvp/StrategicMVP_logo.png" class="img-responsive" height="125" width="165" /></a> </div> </div> <div class="col-md-3 settext"> <li><a href="/mvp/amotech" style="color:yellow">Amotech</a></li> <li><a href="/mvp/anritsu">Anritsu</a></li> <li><a href="/mvp/hfss">Ansys® HFSS™</a></li> <li><a href="/mvp/nuhertz">Ansys® NuHertz®</a></li> <li><a href="/mvp/api_inmet">API Technologies</a></li> <li><a href="/mvp/atlantic">Atlantic-Tech</a></li> <li><a href="/mvp/awr">Cadence® AWR Design Environment®</a></li> <li><a href="/mvp/clarity">Cadence® Clarity™ 3D Solver</a></li> <li><a href="/mvp/cadence">Cadence® Spectre® RF Option</a></li> <li><a href="/mvp/cel">CEL</a></li> <li><a href="/mvp/chilisin">Chilisin</a></li> <li><a href="/mvp/coilcraft" style="color:yellow">Coilcraft</a></li> <li><a href="/mvp/dalicap" style="color:yellow">Dalicap</a></li> <li><a href="/mvp/electrophotonics">Electro-Photonics </a></li> <li><a href="/mvp/ema">EMA Design Automation</a></li> <li><a href="/mvp/exxelia">Exxelia</a></li> <li><a href="/mvp/formfactor">FormFactor</a></li> <li><a href="/mvp/gowanda">Gowanda</a></li> <li><a href="/mvp/guerrillarf">Guerrilla RF</a></li> </div> <div class="col-md-3 settext"> <li><a href="/mvp/ieh" style="color:yellow">IEH Corporation</a></li> <li><a href="/mvp/icmicrowave">Inter-Continental Microwave</a></li> <li><a href="/mvp/ims" style="color:yellow">Intl Mfg Services</a></li> <li><a href="/mvp/johanson" style="color:yellow">Johanson</a></li> <li><a href="/mvp/kemet" style="color:yellow">KEMET</a></li> <li><a href="/mvp/ads">Keysight ADS</a></li> <li><a href="/mvp/genesys">Keysight Genesys</a></li> <li><a href="/mvp/rfpro">Keysight RFPro</a></li> <li><a href="/mvp/systemvue">Keysight SystemVue</a></li> <li><a href="/mvp/knowles" style="color:yellow">Knowles</a></li> <li><a href="/mvp/avx" style="color:yellow">Kyocera-AVX</a></li> <li><a href="/mvp/macom" style="color:yellow">MACOM</a></li> <li><a href="/mvp/markimicrowave">Marki Microwave</a></li> <li><a href="/mvp/matlab">MathWorks MATLAB</a></li> <li><a href="/mvp/rsources#Maury">Maury Microwave</a></li> <li><a href="/mvp/microlambda">Micro Lambda</a></li> <li><a href="/mvp/mwt" style="color:yellow">Microwave Technology</a></li> <li><a href="/mvp/minicircuits" style="color:yellow">Mini-Circuits</a></li> <li><a href="/mvp/partsdirect">partsdirect, Inc.</a></li> <li><a href="/mvp/ppi" style="color:yellow">Passive Plus, Inc.</a></li> </div> <div class="col-md-2 settext"> <li><a href="/mvp/piconics" style="color:yellow">Piconics</a></li> <li><a href="/mvp/presidio" style="color:yellow">Presidio</a></li> <li><a href="/mvp/qorvo" style="color:yellow">Qorvo</a></li> <li><a href="/mvp/rfmw">RFMW</a></li> <li><a href="/mvp/richardson">Richardson Electronics</a></li> <li><a href="/mvp/rjr">RJR Technologies</a></li> <li><a href="/mvp/rogers">Rogers</a></li> <li><a href="/mvp/smithsinterconnect" style="color:yellow">Smiths Interconnect</a></li> <li><a href="/mvp/sonnet">Sonnet</a></li> <li><a href="/mvp/susumu" style="color:yellow">Susumu</a></li> <li><a href="/mvp/tagoretech" style="color:yellow">TagoreTech</a></li> <li><a href="/mvp/tecdia" style="color:yellow">Tecdia</a></li> <li><a href="/mvp/tti">Transline Technology</a></li> <li><a href="/mvp/vanguard">Vanguard</a></li> <li><a href="/mvp/vdi">Virginia Diodes</a></li> <li><a href="/mvp/vishay" style="color:yellow">Vishay</a></li> <li><a href="/mvp/barry">Vishay Barry</a></li> <li><a href="/mvp/wurth" style="color:yellow">Würth Elektronik</a></li> </div> </div> <div> </div> <div class="row"> <div class="col-md-7 settext2"> <a href="/mvp/VSL" class="yletters"><span class="yletters">Learn more about Modelithics Vendor Partner Program</span></a></p> <div> </div> <p> <a href="/FreeDownloads/Brochures/MVP Brochure_2017.5.15.pdf"> <img src="/Images/DownloadIcon/pdf.jpg" height="30" width="30" />  <span class="yletters">Modelithics MVP Brochure</span> </a> </p> </div> <div class="col-md-3 settext"> <li><strong><u>Media Partners</u></strong></li> <li><a href="/mvp/epci">European Passive Components Institute</a></li> <li><a href="/mvp/everythingrf">everything RF</a></li> <li><a href="/mvp/hfe">High Frequency Electronics</a></li> <li><a href="/mvp/mwj">Microwave Journal</a></li> <li><a href="/mvp/mwrf#MWRF">Microwaves & RF </a></li> <li><a href="/mvp/mpd#MPD">Microwave Product Digest</a></li> </div> <div class="col-md-2 settext"> <li><strong><u>Consultants Corner</u></strong></li> <li><a href="/mvp/consultants#Aerospace Consulting, LLC">Aerospace Consulting, LLC</a></li> <li><a href="/mvp/consultants#PhilJobsonConsulting">Phil Jobson</a></li> <li><a href="/mvp/consultants#Pragma-Design">Pragma Design</a></li> <li><a href="/mvp/consultants#RFdude">RFdude</a></li> <li><a href="/mvp/consultants#Signal Edge Solutions">Signal Edge Solutions</a></li> </div> </div> </div> </ul> </li> <li class="dropdown"> <a href="#" class="dropdown-toggle" data-toggle="dropdown">Resources <span class="caret"></span></a> <ul class="dropdown-menu" role="menu"> <li><a href="/mvp/rsources">Designer Resources</a></li> <li><a href="/mvp/consultants">Consultants</a></li> </ul> </li> <li class="dropdown"> <a href="#" class="dropdown-toggle" data-toggle="dropdown">Literature <span class="caret"></span></a> <ul class="dropdown-menu" role="menu"> <li><a href="/Literature/AppNote">Application Notes</a></li> <li class="divider"></li> <li><a href="/Literature/Blogs">Blogs</a></li> <li class="divider"></li> <li><a href="/Literature/Brochure">Brochures</a></li> <li class="divider"></li> <li><a href="/Literature/Presentation">Presentations</a></li> <li class="divider"></li> <li><a href="/Literature/PublishedPaper">Published Articles</a></li> <li class="divider"></li> <li><a href="/Literature/ReleaseNote">Release Notes</a></li> <li class="divider"></li> <li><a href="/Literature/WhitePaper">White Papers</a></li> <li class="divider"></li> <li><a href="/Literature/Videos">Videos</a></li> </ul> </li> <li><a href="/support">Support</a></li> <li class="dropdown"> <a href="#" class="dropdown-toggle" data-toggle="dropdown">Company <span class="caret"></span></a> <ul class="dropdown-menu" role="menu"> <li><a href="/home/about">About</a></li> <li class="divider"></li> <li><a href="/home/careers">Careers</a></li> <li class="divider"></li> <li><a href="/home/contact">Contact Us</a></li> <li class="divider"></li> <li><a href="/home/event">Events</a></li> <li class="divider"></li> <li><a href="/home/mission">Mission</a></li> <li class="divider"></li> <li><a href="/home/news">News</a></li> <li class="divider"></li> <li><a href="/marketing">Promotions</a></li> <li class="divider"></li> <li><a href="/home/university">University Program</a></li> <li class="divider"></li> <li><a href="/home/whatwedo">What We Do</a></li> </ul> </li> </div> </div> </nav>  <div class="container container-fluid body-content"> <head> <title>Richardson MVP Model Listing</title>  <script src="/Scripts/bootstrap.min.js"></script>  <script src="/Scripts/jquery-1.12.4.min.js"></script> <script src="/Scripts/jquery.dataTables.min.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/dataTables.fixedHeader.js"></script> </head> <div class="row"> <div class="col-md-3"> <a href="https://www.rellpower.com" target=" _blank"><img src=/Images/MVP/Richardson.png target="blank" width=200 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-8 "> <p id="mvp"> <br /> <span>For over 75 years, Richardson Electronics has been your industry-leading global provider of engineered solutions, RF & microwave, and power products. Richardson Electronics' Power & Microwave Technologies group focuses on what we do best: identify and design disruptive technologies, introduce new products on a global basis, develop solutions for our customers, and provide exceptional worldwide support. We provide solutions and add value through design-in support, systems integration, prototype design and manufacturing, testing, logistics, and aftermarket technical service and repair—all through our existing global infrastructure. More information is available at: <a href="https://www.rellpower.com">Rellpower</a></span> <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> <br /><br /> <div class="col-md-3"> <a href="/mvp/Amotech"><img src="/Images/mvp/CI_AMOTECH.png" class="img-responsive" width="150" height="70" /></a> </div> <div class="col-md-3"> <br /> <a href="/mvp/MACOM"><img src="/Images/mvp/macom.png" class="img-responsive" width="235" height="75" /></a> </div> <div class="col-md-3"> <a href="/mvp/Qorvo"><img src="/Images/mvp/Qorvo_Logo_ID_Blk_REG_CMYK.JPG" class="img-responsive" width="195" height="75" /> </a> </div> </div> <div class="col-md-4"> <p> <br /> <a href='/requests/exemplar?company=MACOM'> <div class="img-offset"> <img src="/Images/Misc/FreeTrial.png" class="img-responsive" width="180" height="80" alt="Model Free Trial"> </div> </a> </p> <p class="text-center"><p><strong>Request a FREE trial to evaluate Modelithics high accuracy simulation models by clicking the free trial image above.</strong></p> </p> <p><strong>Interested in a free, no obligation quote for Modelithics libraries?</strong><br /></p> <p class="img-offset"> <a href="/requests/exemplar?company=Richardson&qrequest=quote"><img src="/Images/Misc/Quote.png" class=" img-responsive" width=" 180" height="80"></a> </p> <div> </div> <p> <ul class="list-group"> <li class="HeaderListGroup list-group-item active">Vendor Brochures</li> <div class="col-md-6"> <li class="list-group-item"><a href="https://www.modelithics.com/account/dloadtrackerfree?dtype=11&lit=1807&returnUrl=%2FFreeDownloads%2FBrochures%2FModelithics_MVP_Amotech.pdf&littype=27">Amotech</a></li> <li class="list-group-item"><a href="https://www.modelithics.com/account/dloadtrackerfree?dlid=30&lit=1406&returnUrl=%2FFreeDownloads%2FBrochures%2FMacom_Gan.pdf&littype=2">MACOM</a></li> </div> <div class="col-md-6"> <li class="list-group-item"><a href="https://www.modelithics.com/account/dloadtrackerfree?dlid=30&lit=1406&returnUrl=%2FFreeDownloads%2FBrochures%2FModelithicsQorvoGaNDatasheet.pdf&littype=2">Qorvo</a></li> </div> </ul></p> </div> </div> <hr /> <a name="modellist"></a> <div> <div class="tabbable SpaceTop "> <ul class="nav nav-pills"> <li class="active"><a href="#components" data-toggle="tab">Component Listing</a></li> <li><a href="#presentations" data-toggle="tab">Related Presentations</a></li> <li><a href="#literature" data-toggle="tab">Related Literature</a></li> <li><a href="#videos" data-toggle="tab">Videos</a></li> <li><a href="#promos" data-toggle="tab">News/Promotions</a></li> </ul> <div> </div> <div class="tab-content"> <div id="components" class="tab-pane active "> <div class="row input-group col-md-12"> <div class="col-md-2"> <h4>  Vendor</h4> <select class="form-control" id="Vendor" name="Vendor"> <option value=0>Select Vendor</option> <option value=9452>Amotech</option> <option value=54>MACOM</option> <option value=92>Qorvo</option> </select> </div> <div class="col-md-2"> <h4>  Simulator</h4> <select class="form-control" id="Simulator" name="Simulator"> <option value=1>Select Simulator</option> <option value=4>Ansys HFSS</option> <option value=2>Cadence® AWR Design Environment®</option> <option value=6>Cadence® Spectre® RF Option</option> <option value=1>Keysight ADS</option> <option value=3>Keysight Genesys</option> <option value=5>Sonnet Suites</option> </select> </div> <div class="col-md-2"> <h4>  Device</h4> <div class="form-group"> <select class="form-control" id="Device" name="ModelDeviceType"><option value="">Select Device</option> <option>Amplifier</option> <option>Capacitor</option> <option>Coupler</option> <option>GaAsPHEMT</option> <option>GaN_HEMT</option> <option>HEMT</option> <option>Limiter</option> <option>pHEMT</option> <option>PHEMT</option> <option>PINDiode</option> <option>PowerDivider</option> <option>Resistor</option> <option>Schottky</option> <option>Splitter</option> <option>StepRecoveryDiode</option> <option>Switch</option> <option>Transformer</option> <option>Varactor</option> </select> </div> </div> <div class="col-md-2"> <h4>  Body Style</h4> <div class="form-group"> <select class="form-control" id="Bstyle" name="Body_Style"><option value="">Select Body Style</option> <option> </option> <option>01005 </option> <option>0201 </option> <option>0204 MMA</option> <option>0402 </option> <option>0505 </option> <option>0603 </option> <option>0805 </option> <option>1072</option> <option>1111 </option> <option>1206 </option> <option>1278</option> <option>3mm 16 Lead QFN </option> <option>Chip </option> <option>Chip or CS19-1 </option> <option>Die </option> <option>E25 </option> <option>IC </option> <option>Micro-X package</option> <option>MMIC </option> <option>MPGA</option> <option>Package </option> <option>PHEMT GaAs IC SPDT </option> <option>QFN </option> <option>SC-79 </option> <option>SOD-323 </option> <option>SOT-363 </option> <option>SOT-89 </option> <option>Surface Mount </option> </select> </div> </div> <div class="col-md-2"> <h4>  Features</h4> <select class="form-control" id="Feature" name="Feature"> <option value="">Choose Feature</option> <option value="3D:">3D Model</option> <option value="IM:">3rd order IMD validated</option> <option value="BW:">Bondwire de-embedding</option> <option value="BB:">Broad Band Capacitor</option> <option value="FL:">Flicker Noise (1/F)</option> <option value="LP:">Load Pull</option> <option value="NP:">Noise Parameter</option> <option value="NL:">Non-Linear</option> <option value="OS:">Orientation Selectable</option> <option value="PD:">Pad de-embedding</option> <option value="PS:">Pad Scaling</option> <option value="PN:">Part Number Selectable</option> <option value="VS:">Part Value Scalable</option> <option value="PV:">Part Value Selectable</option> <option value="SP:">S-Parameter Data Model</option> <option value="SS:">Substrate Scalable</option> <option value="SM:">SuperModel</option> <option value="TS:">Temperature Scalable</option> <option value="XP:">X-Parameter model</option> </select> </div> </div> <div class="row"> <div class="col-md-12 HeaderTitle"> <br /> </div> </div> <div class="container" id="pview2"> <div class="row"> <div class="col-md-12 ">  <table class="table table-striped table-hover display table-bordered table-responsive " id="example"> <thead> <tr class="text-products"> <th>More Info</th> <th class="select-filter"> Vendor </th> <th class="select-filter"> Part Number <img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" />   </th> <th> Model <img src="/Images/DownloadIcon/pdf.jpg" width="25" height="25" />   </th> <th> Body Style </th> <th> Component </th> <th> Max Freq (GHz) </th> <th> Power Out (dBm) </th> <th> Simulator </th> <th> Part Values </th> <th> Library </th> <th> Downloads </th> <th> Features </th> </tr> </thead> <tbody> <tr data-key-1=SLC - Components data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=2690-1011 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%LIM-MAC-26901011-001%20%is%20%a%20%bias%20%dependent%20%non-linear%20%model%20%for%20%the%20%MACOM%20%P/N%20%2690-1011%20%SMAconnectorized%20%PIN%20%limiter%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.com).%20%The%20%model%20%is%20%for%20%use%20%withcoaxial%20%applications.%20%Ambient%20%temperature%20%is%20%a%20%user%20%model%20%input%20%parameter data-key-8=Limiter data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/2690-1011.pdf target="blank">2690-1011</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1014&returnUrl=%2Fmodels%2Fdatasheet%2FLimiter%2FLIM-MAC-26901011-001_datasheet.pdf" target="blank">LIM-MAC-26901011-001</a> </td> <td> Package </td> <td> Limiter </td> <td> 12 </td> <td> </td> <td> ADS-MWO </td> <td> </td> <td> SLC - Components </td> <td>   </td> <td> NL: TS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=A60F data-key-5=%20% data-key-6=The%20%CAP-AMH-0805-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%P/N%20%A60F%20%surface%20%mount chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%http://global.amotech.co.kr/wp/).%20%The%20%models%20%are%20%for use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects. Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance, component%20%value,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap,%20%and%20%orientation%20%are%20%model%20%input%20%parameters.%20%Models account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency. The%20%model%20%is%20%validated%20%with%20%measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate%20%scalable,%20%pad scalable,%20%and%20%orientation%20%selectable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Amotech target="_blank">Amotech</a> </td> <td width="10%"> <a href=/models/Vendor/Amotech/A60F.pdf target="blank">A60F</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=96&mdl=1329&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-AMH-0805-001_datasheet.pdf" target="blank">CAP-AMH-0805-001</a> </td> <td> 0805 </td> <td> Capacitor </td> <td> 25 </td> <td> </td> <td> ADS </td> <td> 0.5-240 pF </td> <td> CLR - Passives </td> <td>   </td> <td> OS: PS: SS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=A60L data-key-5=%20% data-key-6=The%20%CAP-AMH-0402-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%P/N%20%A60L%20%surface%20%mount chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%http://global.amotech.co.kr/wp/).%20%The%20%models%20%are%20%for use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects. Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance, component%20%value,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap,%20%and%20%orientation%20%are%20%model%20%input%20%parameters.%20%Models account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency. The%20%model%20%is%20%validated%20%with%20%measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate%20%scalable,%20%pad scalable,%20%and%20%orientation%20%selectable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Amotech target="_blank">Amotech</a> </td> <td width="10%"> <a href=/models/Vendor/Amotech/A60L.pdf target="blank">A60L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=96&mdl=1314&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-AMH-0402-001_datasheet.pdf" target="blank">CAP-AMH-0402-001</a> </td> <td> 0402 </td> <td> Capacitor </td> <td> 50 </td> <td> </td> <td> ADS </td> <td> 0.5 to 27 pF </td> <td> CLR - Passives </td> <td>   </td> <td> OS: PS: SS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=A60L data-key-5=Available%20%Request%20%Quote data-key-6=The%20%CAP-AMH-0402-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%P/N%20%A60L%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%http://global.amotech.co.kr/wp/).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%component%20%value,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap,%20%and%20%orientation%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated%20%with%20%measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate%20%scalable,%20%pad%20%scalable,%20%and%20%orientation%20%selectable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Amotech target="_blank">Amotech</a> </td> <td width="10%"> <a href=/models/Vendor/Amotech/A60L.pdf target="blank">A60L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=96&mdl=1377&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-AMH-0402-001-BRK_datasheet.pdf" target="blank">CAP-AMH-0402-001-BRK</a> <img src="/Images/Misc/new.png" width="35" height="30" /> <img src="/Images/Misc/3dMods.png" width="41" height="30" /> </td> <td> 0402 </td> <td> Capacitor </td> <td> 50 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> CLR - Passives </td> <td>   </td> <td> <a href="/model/models3d">3D</a>: BRK: BB: VS: SS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=A60S data-key-5=%20% data-key-6=The%20%CAP-AMH-0603-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%P/N%20%A60S%20%surface%20%mount chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%http://global.amotech.co.kr/wp/).%20%The%20%models%20%are%20%for use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects. Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance, component%20%value,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap,%20%and%20%orientation%20%are%20%model%20%input%20%parameters.%20%Models account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency. The%20%model%20%is%20%validated%20%with%20%measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate%20%scalable,%20%pad scalable,%20%and%20%orientation%20%selectable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Amotech target="_blank">Amotech</a> </td> <td width="10%"> <a href=/models/Vendor/Amotech/A60S.pdf target="blank">A60S</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=96&mdl=1328&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-AMH-0603-001_datasheet.pdf" target="blank">CAP-AMH-0603-001</a> </td> <td> 0603 </td> <td> Capacitor </td> <td> 30 </td> <td> </td> <td> ADS </td> <td> 0.1 to 100 pF </td> <td> CLR - Passives </td> <td>   </td> <td> OS: PS: SS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=A60Z data-key-5=%20% data-key-6=The%20%CAP-AMH-0201-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%P/N%20%A60Z%20%surface%20%mount%20%%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%<a%20%href="http://global.amotech.co.kr/wp/">A60L</a>).%20%The%20%models%20%are%20%for%20%%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%component%20%value,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap,%20%and%20%orientation%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated%20%with%20%measured%20%equivalent%20%series%20%resistance%20%(ESR). data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Amotech target="_blank">Amotech</a> </td> <td width="10%"> <a href=/models/Vendor/Amotech/A60Z.pdf target="blank">A60Z</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=96&mdl=1313&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-AMH-0201-001_datasheet.pdf" target="blank">CAP-AMH-0201-001</a> </td> <td> 0201 </td> <td> Capacitor </td> <td> 50 </td> <td> </td> <td> ADS </td> <td> 0.1 to 10 pF </td> <td> CLR - Passives </td> <td>   </td> <td> OS: PS: SS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=A60Z data-key-5=Available%20%Request%20%Quote data-key-6=The%20%CAP-AMH-0201-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%P/N%20%A60Z%20%surface%20%mount%20%chip%20%capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%http://global.amotech.co.kr/wp/).%20%The%20%models%20%are%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%component%20%value,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap,%20%and%20%orientation%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated%20%with%20%measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate%20%scalable,%20%pad%20%scalable,%20%and%20%orientation%20%selectable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%capacitor%20%values%20%within%20%the%20%valid%20%capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Amotech target="_blank">Amotech</a> </td> <td width="10%"> <a href=/models/Vendor/Amotech/A60Z.pdf target="blank">A60Z</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=96&mdl=1376&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-AMH-0201-001-BRK_datasheet.pdf" target="blank">CAP-AMH-0201-001-BRK</a> <img src="/Images/Misc/new.png" width="35" height="30" /> <img src="/Images/Misc/3dMods.png" width="41" height="30" /> </td> <td> 0201 </td> <td> Capacitor </td> <td> 50 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> CLR - Passives </td> <td>   </td> <td> <a href="/model/models3d">3D</a>: BRK: BB: VS: SS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=A80B data-key-5=%20% data-key-6=The%20%CAP-AMH-1111-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%P/N%20%A80B%20%surface%20%mount%20%chip capacitor%20%family%20%(additional%20%information%20%is%20%available%20%at%20%http://global.amotech.co.kr/wp/).%20%The%20%models%20%are%20%for%20%use with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%component%20%value, pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap,%20%and%20%orientation%20%are%20%model%20%input%20%parameters.%20%Models%20%account%20%for%20%up%20%to%20%two higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated with%20%measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%single,%20%substrate%20%scalable,%20%pad%20%scalable,%20%and%20%orientation selectable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%all%20%capacitor%20%values%20%within%20%the%20%valid capacitance%20%range.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Amotech target="_blank">Amotech</a> </td> <td width="10%"> <a href=/models/Vendor/Amotech/A80B.pdf target="blank">A80B</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=96&mdl=1330&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-AMH-1111-001_datasheet.pdf" target="blank">CAP-AMH-1111-001</a> </td> <td> 1111 </td> <td> Capacitor </td> <td> 16 </td> <td> </td> <td> ADS </td> <td> 1-1000 pF </td> <td> CLR - Passives </td> <td>   </td> <td> OS: PS: SS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=ABCUA50S02x104 data-key-5=%20% data-key-6=The%20%CAP-AMH-0402-002%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%AMH%20%P/N%20%ABCUA50S02X104%20%surface%20%mount%20%chip%20%capacitor%20%(additional%20%information%20%is%20%available%20%at%20%www.amotech.com).%20%The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Model%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%A%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%the%20%capacitor.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled.%20% data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Amotech target="_blank">Amotech</a> </td> <td width="10%"> <a href=/models/Vendor/Amotech/ABCUA50S02x104.pdf target="blank">ABCUA50S02x104</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=96&mdl=1463&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-AMH-0402-002_datasheet.pdf" target="blank">CAP-AMH-0402-002</a> </td> <td> 0402 </td> <td> Capacitor </td> <td> 70 </td> <td> </td> <td> ADS </td> <td> 100 nF </td> <td> CLR - Passives </td> <td>   </td> <td> BB: SS: PS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=ABCUC 101 0XX 104 data-key-5=%20% data-key-6=The%20%CAP-AMH-01005-003%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%AMH%20%P/N%20%%20%ABCUC0610XX104%20%surface%20%mount%20%chip%20%capacitor%20%(additional%20%information%20%is%20%available%20%at%20%www.amotech.com).%20%The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Model%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%A%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%the%20%capacitor.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Amotech target="_blank">Amotech</a> </td> <td width="10%"> <a href=/models/Vendor/Amotech/ABCUC1010XX104.pdf target="blank">ABCUC 101 0XX 104</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=96&mdl=1460&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-AMH-01005-003_datasheet.pdf" target="blank">CAP-AMH-01005-003</a> </td> <td> 01005 </td> <td> Capacitor </td> <td> 70 </td> <td> </td> <td> ADS </td> <td> 100 nF </td> <td> CLR - Passives </td> <td>   </td> <td> BB: SS: PS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=ABCUC 101 0XX 104 data-key-5=%20% data-key-6=The%20%CAP-AMH-01005-103%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Amotech%20%P/N ABCUC0610xx104%20%surface%20%mount%20%chip%20%capacitor%20%(additional%20%information%20%is%20%available%20%at%20%www.amotech.com).%20%The model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance, pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Model%20%account%20%for%20%up%20%to%20%two%20%higher-order resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated%20%with measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that accurately%20%emulates%20%the%20%capacitor.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Amotech target="_blank">Amotech</a> </td> <td width="10%"> <a href=/models/Vendor/Amotech/ABCUC1010XX104.pdf target="blank">ABCUC 101 0XX 104</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=96&mdl=1495&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-AMH-01005-103_datasheet.pdf" target="blank">CAP-AMH-01005-103</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> 01005 </td> <td> Capacitor </td> <td> 110 </td> <td> </td> <td> ADS </td> <td> 100 nF </td> <td> CLR - Passives </td> <td>   <br /> <a href="/model/getsparams?id1=1495" target="_blank">S-Parameters</a> </td> <td> BB: SS: PS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=ABCUC 101 0XX 473 data-key-5=%20% data-key-6=The%20%CAP-AMH-01005-002%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%AMH%20%P/N%20%ABCUC06S0XX473%20%surface%20%mount%20%chip%20%capacitor%20%(additional%20%information%20%is%20%available%20%at%20%www.amotech.com).%20%The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Model%20%account%20%for%20%up%20%to%20%two%20%higherorder%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%A%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%the%20%capacitor.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Amotech target="_blank">Amotech</a> </td> <td width="10%"> <a href=/models/Vendor/Amotech/ABCUC1010XX473.pdf target="blank">ABCUC 101 0XX 473</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=96&mdl=1459&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-AMH-01005-002_datasheet.pdf" target="blank">CAP-AMH-01005-002</a> </td> <td> 01005 </td> <td> Capacitor </td> <td> 70 </td> <td> </td> <td> ADS </td> <td> 47 nF </td> <td> CLR - Passives </td> <td>   </td> <td> BB: SS: PS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=ABCUC 101 0XX 473 data-key-5=%20% data-key-6=The%20%CAP-AMH-01005-102%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Amotech%20%P/N ABCUC06S0XX473%20%surface%20%mount%20%chip%20%capacitor%20%(additional%20%information%20%is%20%available%20%at%20%www.amotech.com). The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Model%20%account%20%for%20%up%20%to%20%two%20%higherorder resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated%20%with measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that accurately%20%emulates%20%the%20%capacitor.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Amotech target="_blank">Amotech</a> </td> <td width="10%"> <a href=/models/Vendor/Amotech/ABCUC1010XX473.pdf target="blank">ABCUC 101 0XX 473</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=96&mdl=1510&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-AMH-01005-102_datasheet.pdf" target="blank">CAP-AMH-01005-102</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> 01005 </td> <td> Capacitor </td> <td> 110 </td> <td> </td> <td> ADS </td> <td> 47 nF </td> <td> CLR - Passives </td> <td>   <br /> <a href="/model/getsparams?id1=1510" target="_blank">S-Parameters</a> </td> <td> BB: SS: PS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=ABCUC 161 0XX 103 data-key-5=%20% data-key-6=The%20%CAP-AMH-01005-001%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%AMH%20%P/N%20%ABCUC06S0XX103%20%surface%20%mount%20%chip%20%capacitor%20%(additional%20%information%20%is%20%available%20%at%20%www.amotech.com).%20%The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Model%20%account%20%for%20%up%20%to%20%two%20%higherorder%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%A%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%the%20%capacitor.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Amotech target="_blank">Amotech</a> </td> <td width="10%"> <a href=/models/Vendor/Amotech/ABCUC1610XX103.pdf target="blank">ABCUC 161 0XX 103</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=96&mdl=1458&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-AMH-01005-001_datasheet.pdf" target="blank">CAP-AMH-01005-001</a> </td> <td> 01005 </td> <td> Capacitor </td> <td> 70 </td> <td> </td> <td> ADS </td> <td> 10 nF </td> <td> CLR - Passives </td> <td>   </td> <td> BB: SS: PS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=ABCUC 161 0XX 103 data-key-5=%20% data-key-6=The%20%CAP-AMH-01005-101%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Amotech%20%P/N ABCUC06S0XX103%20%surface%20%mount%20%chip%20%capacitor%20%(additional%20%information%20%is%20%available%20%at%20%www.amotech.com). The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Model%20%account%20%for%20%up%20%to%20%two%20%higherorder resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated%20%with measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that accurately%20%emulates%20%the%20%capacitor.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Amotech target="_blank">Amotech</a> </td> <td width="10%"> <a href=/models/Vendor/Amotech/ABCUC1610XX103.pdf target="blank">ABCUC 161 0XX 103</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=96&mdl=1509&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-AMH-01005-101_datasheet.pdf" target="blank">CAP-AMH-01005-101</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> 01005 </td> <td> Capacitor </td> <td> 110 </td> <td> </td> <td> ADS </td> <td> 10 nF </td> <td> CLR - Passives </td> <td>   <br /> <a href="/model/getsparams?id1=1509" target="_blank">S-Parameters</a> </td> <td> BB: SS: PS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=ABCUC 16S 01X 104 data-key-5=%20% data-key-6=The%20%CAP-AMH-0201-103%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Amotech%20%P/N ABCUC16S01X104%20%surface%20%mount%20%chip%20%capacitor%20%(additional%20%information%20%is%20%available%20%at%20%www.amotech.com). The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Model%20%account%20%for%20%up%20%to%20%two%20%higherorder resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%The%20%model%20%is%20%validated%20%with measured%20%equivalent%20%series%20%resistance%20%(ESR).%20%A%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that accurately%20%emulates%20%the%20%capacitor.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Amotech target="_blank">Amotech</a> </td> <td width="10%"> <a href=/models/Vendor/Amotech/ABCUC16S01X104.pdf target="blank">ABCUC 16S 01X 104</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=96&mdl=1511&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-AMH-0201-103_datasheet.pdf" target="blank">CAP-AMH-0201-103</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> 0201 </td> <td> Capacitor </td> <td> 110 </td> <td> </td> <td> ADS </td> <td> 100 nF </td> <td> CLR - Passives </td> <td>   <br /> <a href="/model/getsparams?id1=1511" target="_blank">S-Parameters</a> </td> <td> BB: SS: PS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=ABCUC 16S 01X 224 data-key-5=%20% data-key-6=The%20%CAP-AMH-0201-005%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Amotech%20%P/N ABCUC16S01X224%20%surface%20%mount%20%chip%20%capacitor%20%(additional%20%information%20%is%20%available%20%at%20%www.amotech.com). The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Model%20%account%20%for%20%up%20%to%20%two%20%higherorder resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%S-parameter%20%extracted Equivalent%20%series%20%resistance%20%is%20%used%20%for%20%validation.%20%A%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available that%20%accurately%20%emulates%20%the%20%capacitor.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Amotech target="_blank">Amotech</a> </td> <td width="10%"> <a href=/models/Vendor/Amotech/ABCUC16S01X224.pdf target="blank">ABCUC 16S 01X 224</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=96&mdl=1497&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-AMH-0201-005_datasheet.pdf" target="blank">CAP-AMH-0201-005</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> 0201 </td> <td> Capacitor </td> <td> 110 </td> <td> </td> <td> ADS </td> <td> 220 nF </td> <td> CLR - Passives </td> <td>   <br /> <a href="/model/getsparams?id1=1497" target="_blank">S-Parameters</a> </td> <td> BB: SS: PS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=ABCUC 252 01X 103 data-key-5=%20% data-key-6=The%20%CAP-AMH-0201-004%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%Amotech%20%P/N ABCUA16S01X103%20%surface%20%mount%20%chip%20%capacitor%20%(additional%20%information%20%is%20%available%20%at%20%www.amotech.com). The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Model%20%account%20%for%20%up%20%to%20%two%20%higherorder resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%S-parameter%20%extracted Equivalent%20%series%20%resistance%20%is%20%used%20%for%20%validation.%20%A%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available that%20%accurately%20%emulates%20%the%20%capacitor.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Amotech target="_blank">Amotech</a> </td> <td width="10%"> <a href=/models/Vendor/Amotech/ABCUC25201X103.pdf target="blank">ABCUC 252 01X 103</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=96&mdl=1496&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-AMH-0201-004_datasheet.pdf" target="blank">CAP-AMH-0201-004</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> 0201 </td> <td> Capacitor </td> <td> 110 </td> <td> </td> <td> ADS </td> <td> 10 nF </td> <td> CLR - Passives </td> <td>   <br /> <a href="/model/getsparams?id1=1496" target="_blank">S-Parameters</a> </td> <td> BB: SS: PS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=ABCUC16S01X103 data-key-5=%20% data-key-6=The%20%CAP-AMH-0201-002%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%AMH%20%P/N%20%ABCUC16S01X103%20%surface%20%mount%20%chip%20%capacitor%20%(additional%20%information%20%is%20%available%20%at%20%www.amotech.com).%20%The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Model%20%account%20%for%20%up%20%to%20%two%20%higher-order%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%A%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%the%20%capacitor.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Amotech target="_blank">Amotech</a> </td> <td width="10%"> <a href=/models/Vendor/Amotech/ABCUC16S01X103.pdf target="blank">ABCUC16S01X103</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=96&mdl=1462&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-AMH-0201-002_datasheet.pdf" target="blank">CAP-AMH-0201-002</a> </td> <td> 0201 </td> <td> Capacitor </td> <td> 70 </td> <td> </td> <td> ADS </td> <td> 10 nF </td> <td> CLR - Passives </td> <td>   </td> <td> BB: SS: PS: VS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=ABCUC16S01x104 data-key-5=%20% data-key-6=The%20%CAP-AMH-0201-003%20%is%20%a%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%for%20%the%20%AMH%20%P/N%20%%20%ABCUC16S01X104%20%surface%20%mount%20%chip%20%capacitor%20%(additional%20%information%20%is%20%available%20%at%20%www.amotech.com).%20%The%20%model%20%is%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%account%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%component%20%tolerance,%20%pad%20%width,%20%pad%20%length,%20%and%20%pad%20%gap%20%are%20%model%20%input%20%parameters.%20%Model%20%account%20%for%20%up%20%to%20%two%20%higherorder%20%resonant%20%frequency%20%pairs%20%beyond%20%the%20%fundamental%20%series%20%resonant%20%frequency.%20%A%20%substrate%20%scalable%20%Microwave%20%Global%20%Model™%20%is%20%available%20%that%20%accurately%20%emulates%20%the%20%capacitor.%20%A%20%Sim_mode%20%switch%20%allows%20%pad%20%stack%20%effects%20%to%20%be%20%disabled. data-key-8=Capacitor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Amotech target="_blank">Amotech</a> </td> <td width="10%"> <a href=/models/Vendor/Amotech/ABCUC16S01x104.pdf target="blank">ABCUC16S01x104</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=96&mdl=1461&returnUrl=%2Fmodels%2Fdatasheet%2FCapacitor%2FCAP-AMH-0201-003_datasheet.pdf" target="blank">CAP-AMH-0201-003</a> </td> <td> 0201 </td> <td> Capacitor </td> <td> 70 </td> <td> </td> <td> ADS </td> <td> 100 nF </td> <td> CLR - Passives </td> <td>   </td> <td> BB: SS: PS: VS: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=AH101 data-key-5=%20% data-key-6=The%20%AMPXP-QOR-AH101-001%20%is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%Qorvo%20%AH101%20%medium%20%power,%20%high%20%linearity%20%amplifier%20%in%20%SOT-89%20%package.%20%%20%This%20%amplifier%20%is%20%designed%20%for%20%0.05-1.5%20%GHz%20%applications%20%and%20%offers%20%an%20%excellent%20%dynamic%20%range.%20%A%20%combination%20%of%20%S-Parameter/X-parameter%20%model%20%structure%20%enables%20%the%20%model%20%to%20%predict%20%the%20%broadband%20%small-signal%20%S-parameter%20%as%20%well%20%as%20%large-signal%20%results. data-key-8=Amplifier data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/AH101.pdf target="blank">AH101</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=38&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPXP-QOR-AH101-001_datasheet.pdf" target="blank">AMPXP-QOR-AH101-001</a> </td> <td> SOT-89 </td> <td> Amplifier </td> <td> 15 </td> <td> 26.5 </td> <td> ADS-Genesys </td> <td> </td> <td> SLC - Components </td> <td>   </td> <td> NL: XP: SP: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=AH101 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%AMPXP-QOR-AH101-001%20%is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%Qorvo%20%AH101%20%medium%20%power,%20%high%20%linearity%20%amplifier%20%in%20%SOT-89%20%package.%20%%20%This%20%amplifier%20%is%20%designed%20%for%20%0.05-1.5%20%GHz%20%applications%20%and%20%offers%20%an%20%excellent%20%dynamic%20%range.%20%A%20%combination%20%of%20%S-Parameter/X-parameter%20%model%20%structure%20%enables%20%the%20%model%20%to%20%predict%20%the%20%broadband%20%small-signal%20%S-parameter%20%as%20%well%20%as%20%large-signal%20%results. data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/AH101.pdf target="blank">AH101</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=888&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMP-QOR-AH101-001_datasheet.pdf" target="blank">AMP-QOR-AH101-001</a> </td> <td> MMIC </td> <td> Amplifier </td> <td> 15 </td> <td> 26.5 </td> <td> ADS-MWO </td> <td> </td> <td> SLC - Components </td> <td>   </td> <td> NL: TS: IM: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=FPD750 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-FPD750%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%QOR%20%FPD750%20%0.5W%20%GaAs%20%pHEMT%20%device%20%based%20%on%20%the%20%extraction%20%of%20%the%20%Angelov%20%model%20%(additional%20%device%20%information%20%is%20%available%20%at%20%<a%20%href="https:\\www.qorvo.com">Qorvo</a>).%20%The%20%device%20%is%20%intended%20%for%20%use%20%in%20%narrowband%20%and%20%broadband%20%high-performance%20%amplifier%20%applications. data-key-8=pHEMT data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/FPD750.pdf target="blank">FPD750</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=741&returnUrl=%2Fmodels%2Fdatasheet%2FpHEMT%2FHMT-QOR-FPD750_datasheet.pdf" target="blank">HMT-QOR-FPD750</a> </td> <td> </td> <td> pHEMT </td> <td> 40 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: LP: NP: </td> </tr> <tr data-key-1=NLD - Diodes data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MA4E1317 data-key-5=%20% data-key-6=The%20%SKD-MAC-MA4E1317-001%20%is%20%a%20%substrate%20%scalable,%20%bias%20%dependent%20%non-linear%20%model%20%for%20%the%20%MACOM%20%MA4E1317%20%single%20%GaAs%20%flip%20%chip%20%Schottky%20%barrier%20%diode,%20%featuring%20%a%20%1278%20%case%20%style%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.com).%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%40%20%GHz.%20%Users%20%specify%20%substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness%20%and%20%temperature.%20%The%20%part%20%is%20%designed%20%for%20%use%20%in%20%single%20%and%20%double%20%balanced%20%mixers%20%in%20%PCN%20%transceivers%20%and%20%radios,%20%police%20%radar%20%detectors,%20%and%20%automotive%20%radar%20%detectors. data-key-8=Schottky data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MA4E1317.pdf target="blank">MA4E1317</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1203&returnUrl=%2Fmodels%2Fdatasheet%2FSchottky%2FSKD-MAC-MA4E1317-001_datasheet.pdf" target="blank">SKD-MAC-MA4E1317-001</a> </td> <td> 1278 </td> <td> Schottky </td> <td> 40 </td> <td> </td> <td> ADS </td> <td> </td> <td> NLD - Diodes </td> <td>   </td> <td> BB: NL: PS: SS: TS: </td> </tr> <tr data-key-1=NLD - Diodes data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=MA4P504-132 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%PIN-MAC-MA4P-001%20%is%20%a%20%bias%20%dependent%20%nonlinear%20%model%20%for%20%the%20%M/A%20%diode.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%applications%20%operating%20%from%20%DC%20%to%20%20GHz.%20%%20%Users%20%specify%20%temperature%20%as%20%an%20%input%20%parameter.%20%Both%20%junction%20%capacitance%20%and%20%bias. data-key-8=PINDiode data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MA4P504-132.pdf target="blank">MA4P504-132</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=806&returnUrl=%2Fmodels%2Fdatasheet%2FPINDiode%2FPIN-MAC-MA4P-001_datasheet.pdf" target="blank">PIN-MAC-MA4P-001</a> </td> <td> Chip </td> <td> PINDiode </td> <td> 20 </td> <td> </td> <td> ADS-MWO </td> <td> </td> <td> NLD - Diodes </td> <td>   </td> <td> BB: TS: </td> </tr> <tr data-key-1=NLD - Diodes data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=MA4PH235-1072 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%PIN-MAC-CS1072-001%20%is%20%a%20%substrate%20%scalable%20%and%20%bias%20%dependent%20%non-linear%20%model%20%for%20%the%20%M/ACOM%20%PIN%20%diode%20%in%20%a%20%Case1072%20%package.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%6%20%GHz.%20%Users%20%specify%20%substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%and%20%interconnect%20%metal%20%thickness.%20%Both%20%junction%20%capacitance%20%and%20%RF%20%resistance%20%are%20%modeled%20%as%20%a%20%function%20%of%20%bias. data-key-8=PINDiode data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MA4PH235-1072.pdf target="blank">MA4PH235-1072</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=475&returnUrl=%2Fmodels%2Fdatasheet%2FPINDiode%2FPIN-MAC-CS1072-001_datasheet.pdf" target="blank">PIN-MAC-CS1072-001</a> </td> <td> 1072 </td> <td> PINDiode </td> <td> 6 </td> <td> 0 </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLD - Diodes </td> <td>   </td> <td> NL: SS: </td> </tr> <tr data-key-1=PreRelease data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MA4PK3000-1252 data-key-5=%20% data-key-6=The%20%PIN-MAC-MA4PK3000-001%20%is%20%a%20%bias%20%dependent%20%non-linear%20%model%20%for%20%the%20%MACOM%20%P/N%20%MA4PK3000-1252 PIN%20%diode%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.com).%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness%20%and%20%temperature%20%are%20%the%20%model%20%input%20%parameters.%20%Junction%20%capacitance%20%and%20%RF%20%resistance%20%are%20%modeled%20%as%20%a%20%function%20%of%20%bias data-key-8=PINDiode data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> MACOM </td> <td width="10%"> <a href=/models/Vendor/MACOM/MA4PK3000-1252.pdf target="blank">MA4PK3000-1252</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> Chip </td> <td> PINDiode </td> <td> 6 </td> <td> </td> <td> ADS </td> <td> </td> <td> PreRelease </td> <td>   </td> <td> NL: BB: SS: TS: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=MAAL-010704 data-key-5=%20% data-key-6=The%20%AMPXP-MAC-MAAL010704-001%20%is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%MACOM%20%MAAL-010704%20%single stage%20%MMIC%20%low%20%noise%20%amplifier%20%in%20%a%20%SOT-363%20%package.%20%This%20%amplifier%20%is%20%designed%20%for%20%0.1-3.5GHz%20%applications and%20%offers%20%an%20%excellent%20%dynamic%20%range,%20%and%20%requires%20%no%20%external%20%matching.%20%A%20%combination%20%of%20%S-Parameter%20%with noise/X-parameter%20%model%20%structure%20%enables%20%the%20%model%20%to%20%predict%20%the%20%broadband%20%small-signal%20%S-parameter%20%as well%20%as%20%large-signal%20%results%20%at%20%25C. data-key-8=Amplifier data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MAAL-010704.pdf target="blank">MAAL-010704</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=929&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPXP-MAC-MAAL010704-001_datasheet.pdf" target="blank">AMPXP-MAC-MAAL010704-001</a> </td> <td> SOT-363 </td> <td> Amplifier </td> <td> 12 </td> <td> 18.0 </td> <td> ADS-Genesys </td> <td> </td> <td> SLC - Components </td> <td>   </td> <td> XP: NP: </td> </tr> <tr data-key-1=PreRelease data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MABA-011125 data-key-5=%20% data-key-6=n/a data-key-8=Transformer data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MABA-011125.pdf target="blank">MABA-011125</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1356&returnUrl=%2Fmodels%2Fdatasheet%2FTransformer%2FXFR-MAC-_datasheet.pdf" target="blank">XFR-MAC-</a> </td> <td> QFN </td> <td> Transformer </td> <td> </td> <td> </td> <td> ADS </td> <td> </td> <td> PreRelease </td> <td>   </td> <td> </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MABA-011125 data-key-5=%20% data-key-6=The%20%XFRSP-MAC-MABA011125-001%20%is%20%a%20%S-parameter%20%data%20%model%20%for%20%the%20%MACOM%20%P/N%20%MABA-011125%20%Full%20%Integrated%20%Balun%20%1:2%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.com).%20%Recommended%20%for%20%2%20%to%20%20%20%GHz%20%applications.%20%These%20%S-Parameters%20%represent%20%typical%20%component%20%performance%20%with%20%reference%20%planes%20%at%20%the%20%outer%20%edges%20%of%20%the%20%package%20%mounting%20%pads. data-key-8=Transformer data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MABA-011125.pdf target="blank">MABA-011125</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1414&returnUrl=%2Fmodels%2Fdatasheet%2FTransformer%2FXFRSP-MAC-MABA011125-001_datasheet.pdf" target="blank">XFRSP-MAC-MABA011125-001</a> </td> <td> 3mm 16 Lead QFN </td> <td> Transformer </td> <td> 50 </td> <td> </td> <td> ADS </td> <td> </td> <td> Sparams </td> <td>   </td> <td> SP: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MACP-011088 data-key-5=%20% data-key-6=The%20%CPLSP-MAC-MACP011088-001%20%is%20%a%20%S-parameter%20%data%20%model%20%for%20%the%20%MACOM%20%P/N%20%MACP-011088%20%Full%20%Integrated%20%17-dB%20%Bi-directional%20%coupler%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.com).%20%Recommended%20%for%20%2%20%to%20%18%20%GHz%20%applications.%20%These%20%S-Parameters%20%represent%20%typical%20%component%20%performance%20%with%20%reference%20%planes%20%at%20%the%20%outer%20%edges%20%of%20%the%20%package%20%mounting%20%pads.%20% data-key-8=Coupler data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MACP-011088.pdf target="blank">MACP-011088</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1358&returnUrl=%2Fmodels%2Fdatasheet%2FCoupler%2FCPLSP-MAC-MACP011088-001_datasheet.pdf" target="blank">CPLSP-MAC-MACP011088-001</a> </td> <td> QFN </td> <td> Coupler </td> <td> 18 </td> <td> </td> <td> ADS </td> <td> </td> <td> Sparams </td> <td>   </td> <td> SP: </td> </tr> <tr data-key-1=Macom GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MAPC-A1000 data-key-5=%20% data-key-6=The%20%HMT-MAC-MAPC-A1000-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MACOM%20%MAPC-A1000%20%in%20%a%20%DFN%20%package,%20%a%20%25W%20%internally%20%matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%D-mode%20%amplifier%20%using%20%MACOM's%20%0.4um%20%GaN-SiC%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%MACOM%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MAPC-A1000.pdf target="blank">MAPC-A1000</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1315&returnUrl=%2Fmodels%2Fdatasheet%2FHEMT%2FHMT-MAC-MAPC-A1000-001_datasheet.pdf" target="blank">HMT-MAC-MAPC-A1000-001</a> </td> <td> Package </td> <td> HEMT </td> <td> 4 </td> <td> 25.0 </td> <td> ADS </td> <td> </td> <td> Macom GaN </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Macom GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MAPC-A1100 data-key-5=%20% data-key-6=The%20%HMT-MAC-MAPC-A1100-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MACOM%20%MAPC-A1100%20%in%20%a%20%AC-360S-2 package,%20%a%20%65W%20%high%20%power%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%D-mode%20%amplifier%20%using%20%MACOM's%20%0.4um%20%GaN-SiC process%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%MACOM%20%supplied%20%measurement%20%data.%20%Model validated%20%under%20%class%20%AB%20%operation. data-key-8=HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MAPC-A1100.pdf target="blank">MAPC-A1100</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1316&returnUrl=%2Fmodels%2Fdatasheet%2FHEMT%2FHMT-MAC-MAPC-A1100-001_datasheet.pdf" target="blank">HMT-MAC-MAPC-A1100-001</a> </td> <td> Package </td> <td> HEMT </td> <td> 5 </td> <td> 48.13 </td> <td> ADS </td> <td> </td> <td> Macom GaN </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Macom GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MAPC-A1101 data-key-5=%20% data-key-6=The%20%HMT-MAC-MAPC-A1101-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MACOM%20%MAPC-A1101%20%in%20%an%20%AC-360S-2%20%package,%20%an%20%85W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%MACOM's%20%0.4um%20%GaN-SiC%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.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%MACOM%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MAPC-A1101.pdf target="blank">MAPC-A1101</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1216&returnUrl=%2Fmodels%2Fdatasheet%2FHEMT%2FHMT-MAC-MAPC-A1101-001_datasheet.pdf" target="blank">HMT-MAC-MAPC-A1101-001</a> </td> <td> Package </td> <td> HEMT </td> <td> 5 </td> <td> 49.8 </td> <td> ADS </td> <td> </td> <td> Macom GaN </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Macom GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MAPC-A1102 data-key-5=%20% data-key-6=The%20%HMT-MAC-MAPC-A1102-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MACOM%20%MAPC-A1102%20%in%20%an%20%AC-360S-2%20%package,%20%a%20%150W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%MACOM's%20%0.4um%20%GaN-SiC%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.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%MACOM%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MAPC-A1102.pdf target="blank">MAPC-A1102</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1311&returnUrl=%2Fmodels%2Fdatasheet%2FHEMT%2FHMT-MAC-MAPC-A1102-001_datasheet.pdf" target="blank">HMT-MAC-MAPC-A1102-001</a> </td> <td> Package </td> <td> HEMT </td> <td> 5 </td> <td> 52.7 </td> <td> ADS </td> <td> </td> <td> Macom GaN </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Macom GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MAPC-A1103 data-key-5=%20% data-key-6=The%20%HMT-MAC-MAPC-A1103-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MACOM%20%MAPC-A1103%20%in%20%an%20%AC-650S-4 package,%20%a%20%270W%20%(54.3%20%dBm)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%MACOM's%20%0.4um%20%GaN-SiC%20%process%20%(additional information%20%is%20%available%20%at%20%www.macom.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov non-linear%20%model%20%that%20%is%20%validated%20%against%20%MACOM%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB operation. data-key-8=HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MAPC-A1103.pdf target="blank">MAPC-A1103</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1320&returnUrl=%2Fmodels%2Fdatasheet%2FHEMT%2FHMT-MAC-MAPC-A1103-001_datasheet.pdf" target="blank">HMT-MAC-MAPC-A1103-001</a> </td> <td> Package </td> <td> HEMT </td> <td> 5 </td> <td> 54.3 </td> <td> ADS </td> <td> </td> <td> Macom GaN </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Macom GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MAPC-A1500 data-key-5=%20% data-key-6=The%20%HMT-MAC-MAPC-A1500-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MACOM%20%MAPC-A1500%20%in%20%an%20%AC-1230S-4%20%package,%20%a%20%2600W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%MACOM's%20%0.4um%20%GaN-SiC%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.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%MACOM%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MAPC-A1500.pdf target="blank">MAPC-A1500</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1217&returnUrl=%2Fmodels%2Fdatasheet%2FHEMT%2FHMT-MAC-MAPC-A1500-001_datasheet.pdf" target="blank">HMT-MAC-MAPC-A1500-001</a> </td> <td> Package </td> <td> HEMT </td> <td> 4 </td> <td> 62.6 </td> <td> ADS </td> <td> </td> <td> Macom GaN </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Macom GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MAPC-A1501 data-key-5=%20% data-key-6=The%20%HMT-MAC-MAPC-A1501-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MACOM%20%MAPC-A1501%20%in%20%an%20%AC-780B-2%20%package,%20%a%20%1300W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%MACOM's%20%0.4um%20%GaN-SiC%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.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%MACOM%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MAPC-A1501.pdf target="blank">MAPC-A1501</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1218&returnUrl=%2Fmodels%2Fdatasheet%2FHEMT%2FHMT-MAC-MAPC-A1501-001_datasheet.pdf" target="blank">HMT-MAC-MAPC-A1501-001</a> </td> <td> Package </td> <td> HEMT </td> <td> 4 </td> <td> 62.9 </td> <td> ADS </td> <td> </td> <td> Macom GaN </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Macom GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MAPC-A1505 data-key-5=%20% data-key-6=The%20%HMT-MAC-MAPC-A1505-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MACOM%20%MAPC-A1505%20%in%20%an%20%AC-1230x-4%20%package,%20%a%20%700W%20%(P2.5dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%MACOM's%20%0.4um%20%GaN-SiC%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.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%MACOM%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation data-key-8=HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MAPC-A1505.pdf target="blank">MAPC-A1505</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1423&returnUrl=%2Fmodels%2Fdatasheet%2FHEMT%2FHMT-MAC-MAPC-A1505-001_datasheet.pdf" target="blank">HMT-MAC-MAPC-A1505-001</a> </td> <td> Package </td> <td> HEMT </td> <td> 3 </td> <td> 56.0 </td> <td> ADS </td> <td> </td> <td> Macom GaN </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Macom GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MAPC-A1507 data-key-5=%20% data-key-6=The%20%HMT-MAC-MAPC-A1507-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MACOM%20%MAPC-A1507%20%in%20%an%20%AC-1230S-4%20%package,%20%a%20%1400W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%MACOM's%20%0.4um%20%GaN-SiC%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.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%MACOM%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MAPC-A1507.pdf target="blank">MAPC-A1507</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1444&returnUrl=%2Fmodels%2Fdatasheet%2FHEMT%2FHMT-MAC-MAPC-A1507-001_datasheet.pdf" target="blank">HMT-MAC-MAPC-A1507-001</a> </td> <td> Package </td> <td> HEMT </td> <td> 1.5 </td> <td> 61.5 </td> <td> ADS </td> <td> </td> <td> Macom GaN </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Macom GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MAPC-A1508 data-key-5=%20% data-key-6=The%20%HMT-MAC-MAPC-A1508-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MACOM%20%MAPC-A1508%20%in%20%an%20%AC-780S-2%20%package,%20%a%20%700W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%MACOM's%20%0.4um%20%GaN-SiC%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.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%MACOM%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MAPC-A1508.pdf target="blank">MAPC-A1508</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1443&returnUrl=%2Fmodels%2Fdatasheet%2FHEMT%2FHMT-MAC-MAPC-A1508-001_datasheet.pdf" target="blank">HMT-MAC-MAPC-A1508-001</a> </td> <td> Package </td> <td> HEMT </td> <td> 1.5 </td> <td> 58.5 </td> <td> ADS </td> <td> </td> <td> Macom GaN </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Macom GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MAPC-A1605 data-key-5=%20% data-key-6=The%20%HMT-MAC-MAPC-A1605-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MACOM%20%MAPC-A1605%20%in%20%an%20%AP-1230S-4 package,%20%a%20%7000%20%W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%MACOM's%20%Pure%20%Carbide%20%0.4um%20%GaN-SiC%20%process (additional%20%information%20%is%20%available%20%at%20%www.macom.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%MACOM%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under class%20%AB%20%operation. data-key-8=HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MAPC-A1605.pdf target="blank">MAPC-A1605</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1449&returnUrl=%2Fmodels%2Fdatasheet%2FHEMT%2FHMT-MAC-MAPC-A1605-001_datasheet.pdf" target="blank">HMT-MAC-MAPC-A1605-001</a> </td> <td> Package </td> <td> HEMT </td> <td> 4 </td> <td> 68.5 </td> <td> ADS </td> <td> </td> <td> Macom GaN </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Macom GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MAPC-S1101 data-key-5=%20% data-key-6=The%20%HMT-MAC-MAPC-S1101-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MACOM%20%MAPC-S1101%20%in%20%a%20%3x3mm%20%AQFN package,%20%a%20%15W%20%(41.8%20%dBm)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%MACOM's%20%0.4um%20%GaN-SiC%20%process%20%(additional information%20%is%20%available%20%at%20%www.macom.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov non-linear%20%model%20%that%20%is%20%validated%20%against%20%MACOM%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB operation. data-key-8=HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MAPC-S1101.pdf target="blank">MAPC-S1101</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1331&returnUrl=%2Fmodels%2Fdatasheet%2FHEMT%2FHMT-MAC-MAPC-S1101-001_datasheet.pdf" target="blank">HMT-MAC-MAPC-S1101-001</a> </td> <td> Package </td> <td> HEMT </td> <td> 12 </td> <td> 41.8 </td> <td> ADS </td> <td> </td> <td> Macom GaN </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MAPD-011062 data-key-5=%20% data-key-6=The%20%SPLSP-MAC-MAPD011062-001%20%is%20%a%20%S-parameter%20%data%20%model%20%for%20%the%20%MACOM%20%P/N%20%MAPD-011062%20%Full%20%Integrated%20%Power%20%Divider%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.com).%20%Recommended%20%for%20%2%20%to%20%20%20%GHz%20%applications.%20%These%20%S-Parameters%20%represent%20%typical%20%component%20%performance%20%with%20%reference%20%planes%20%at%20%the%20%outer%20%edges%20%of%20%the%20%package%20%mounting%20%pads. data-key-8=PowerDivider data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MAPD-011062.pdf target="blank">MAPD-011062</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1357&returnUrl=%2Fmodels%2Fdatasheet%2FPowerDivider%2FSPLSP-MAC-MAPD011062-001_datasheet.pdf" target="blank">SPLSP-MAC-MAPD011062-001</a> </td> <td> QFN </td> <td> PowerDivider </td> <td> 50 </td> <td> </td> <td> ADS </td> <td> </td> <td> Sparams </td> <td>   </td> <td> SP: SS: </td> </tr> <tr data-key-1=Sparams data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MAPD-011062 data-key-5=%20% data-key-6=The%20%SPLSP-MAC-MAPD011062-001%20%is%20%a%20%S-parameter%20%data%20%model%20%for%20%the%20%MACOM%20%P/N%20%MAPD-011062%20%Full%20%Integrated%20%Power%20%Divider%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.com).%20%Recommended%20%for%20%2%20%to%20%20%20%GHz%20%applications.%20%These%20%S-Parameters%20%represent%20%typical%20%component%20%performance%20%with%20%reference%20%planes%20%at%20%the%20%outer%20%edges%20%of%20%the%20%package%20%mounting%20%pads. data-key-8=Splitter data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MAPD-011062.pdf target="blank">MAPD-011062</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1413&returnUrl=%2Fmodels%2Fdatasheet%2FSplitter%2FSPLSP-MAC-MAPD011062-001_datasheet.pdf" target="blank">SPLSP-MAC-MAPD011062-001</a> </td> <td> 3mm 16 Lead QFN </td> <td> Splitter </td> <td> 50 </td> <td> </td> <td> ADS </td> <td> </td> <td> Sparams </td> <td>   </td> <td> SP: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MASWSS0204 data-key-5=%20% data-key-6=The%20%SWT-MAC-MASWSS0204-001%20%is%20%a%20%substrate%20%scalable%20%model%20%for%20%the%20%MACOM%20%%20%MASWSS0204%20%%20%PHEMT%20%GaAs%20%IC%20%SPDT%20%switch.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%and%20%accounts%20%for%20%substrate%20%(or%20%printed%20%circuit%20%board)%20%related%20%parasitic%20%effects.%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent%20%,%20%interconnect%20%metal%20%thickness%20%and%20%temperature%20%are%20%model%20%input%20%parameters.%20%%20%%20% data-key-8=Switch data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MASWSS0204.pdf target="blank">MASWSS0204</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=600&returnUrl=%2Fmodels%2Fdatasheet%2FSwitch%2FSWT-MAC-MASWSS0204-001_datasheet.pdf" target="blank">SWT-MAC-MASWSS0204-001</a> </td> <td> PHEMT GaAs IC SPDT </td> <td> Switch </td> <td> 7 </td> <td> </td> <td> ADS </td> <td> </td> <td> SLC - Components </td> <td>   </td> <td> SS: </td> </tr> <tr data-key-1=NLD - Diodes data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=MAVR-000230-1141 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%VAR_MAC_D323_001%20%is%20%a%20%bias-%20%and%20%temperature-dependent%20%non-linear%20%model%20%for%20%the%20%M/A-COM%20%MAVR000230%20%hyperabrupt%20%tuning%20%varactor%20%diode%20%in%20%a%20%SOD-323%20%package.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%16%20%GHz.%20%%20%The%20%model%20%was%20%developed%20%with%20%the%20%surface%20%mount%20%varactor%20%mounted%20%on%20%a%20%20-mil%20%Rogers%20%4003C%20%substrate,%20%however,%20%it%20%is%20%also%20%valid%20%on%20%other%20%substrates%20%where%20%H/Er%20%is%20%approximately%20%5.3%20%(+/-0.5),%20%H%20%is%20%substrate%20%thickness%20%in%20%mils.%20%Both%20%junction%20%capacitance%20%and%20%RF%20%resistance%20%are%20%modeled%20%as%20%a%20%function%20%of%20%bias.%20%The%20%part%20%is%20%designed%20%for%20%use%20%in%20%VCOs%20%and%20%voltage%20%tuned%20%filters%20%with%20%low%20%tuning%20%voltage%20%operation%20%up%20%to%20%the%20%2.4%20%GHz%20%band data-key-8=Varactor data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MAVR-000230-1141.pdf target="blank">MAVR-000230-1141</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=601&returnUrl=%2Fmodels%2Fdatasheet%2FVaractor%2FVAR-MAC-D323-001_datasheet.pdf" target="blank">VAR-MAC-D323-001</a> </td> <td> SOD-323 </td> <td> Varactor </td> <td> 16 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLD - Diodes </td> <td>   </td> <td> NL: TS: </td> </tr> <tr data-key-1=NLD - Diodes data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=MAVR-001330-1279 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%VAR_MAC_SC79_001%20%is%20%a%20%bias-%20%and%20%temperature-dependent%20%non-linear%20%model%20%for%20%the%20%M/A-COM%20%MAVR001330%20%hyperabrupt%20%tuning%20%varactor%20%diode%20%in%20%a%20%SC-79%20%package.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%16%20%GHz.%20%%20%The%20%model%20%was%20%developed%20%with%20%the%20%surface%20%mount%20%varactor%20%mounted%20%on%20%a%20%20-mil%20%Rogers%20%4003C%20%substrate,%20%however,%20%it%20%is%20%also%20%valid%20%on%20%other%20%substrates%20%where%20%H/Er%20%is%20%approximately%20%5.3%20%(+/-0.5),%20%H%20%is%20%substrate%20%thickness%20%in%20%mils.%20%Both%20%junction%20%capacitance%20%and%20%RF%20%resistance%20%are%20%modeled%20%as%20%a%20%function%20%of%20%bias.%20%The%20%part%20%is%20%designed%20%for%20%use%20%in%20%VCOs%20%and%20%voltage%20%tuned%20%filters%20%with%20%low%20%tuning%20%voltage%20%operation.%20% data-key-8=Varactor data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MAVR-001330-1279.pdf target="blank">MAVR-001330-1279</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=602&returnUrl=%2Fmodels%2Fdatasheet%2FVaractor%2FVAR-MAC-SC79-001_datasheet.pdf" target="blank">VAR-MAC-SC79-001</a> </td> <td> SC-79 </td> <td> Varactor </td> <td> 16 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLD - Diodes </td> <td>   </td> <td> NL: TS: </td> </tr> <tr data-key-1=CLR - Passives data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MAVR-011020 data-key-5=%20% data-key-6=The%20%VAR-MAC-MAVR011020-001%20%is%20%a%20%substrate%20%scalable,%20%bias%20%dependent%20%model%20%for%20%the%20%MA-COM%20%P/N%20%MAVR011020-1411%20%varactor%20%diode,%20%featuring%20%a%20%CHIP%20%1500%20%package%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.com).%20%Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%and%20%temperature%20%are%20%model%20%input%20%parameters.%20%Junction%20%capacitance%20%and%20%RF%20%resistance%20%are%20%modeled%20%as%20%a%20%function%20%of%20%bias.%20%The%20%diode%20%is%20%designed%20%for%20%applications%20%in%20%the%20%frequency%20%range%20%from%20%DC%20%to%20%67%20%GHz.%20% data-key-8=Varactor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MAVR-011020.pdf target="blank">MAVR-011020</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1549&returnUrl=%2Fmodels%2Fdatasheet%2FVaractor%2FVAR-MAC-MAVR011020-001_datasheet.pdf" target="blank">VAR-MAC-MAVR011020-001</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> Chip </td> <td> Varactor </td> <td> 67 </td> <td> </td> <td> ADS </td> <td> </td> <td> CLR - Passives </td> <td>   </td> <td> BB: NL: SS: TS: </td> </tr> <tr data-key-1=PreRelease data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=MAVR-011020-1411 data-key-5=%20% data-key-6=na data-key-8=Varactor data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> MACOM </td> <td width="10%"> <a href=/models/Vendor/MACOM/MAVR-011020-1411.pdf target="blank">MAVR-011020-1411</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> Surface Mount </td> <td> Varactor </td> <td> </td> <td> </td> <td> ADS </td> <td> </td> <td> PreRelease </td> <td>   </td> <td> </td> </tr> <tr data-key-1=NLD - Diodes data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=MLP7100 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%PIN-MAC-VARP-001%20%is%20%a%20%bias%20%dependent%20%non-linear%20%model%20%for%20%the%20%MACOM%20%MLP7100%20%single%20%configuration%20%PIN%20%diode%20%(additional%20%information%20%is%20%available%20%at%20%(www.macom.com).%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%applications%20%operating%20%from%20%DC%20%to%20%10%20%GHz.%20%Users%20%specify%20%temperature%20%and%20%package%20%style%20%(chip%20%or%20%CS19-1%20%package)%20%as%20%input%20%parameters.%20%Both%20%junction%20%capacitance%20%and%20%RF%20%resistance%20%are%20%modeled%20%as%20%a%20%function%20%of%20%bias.%20%The%20%part%20%is%20%designed%20%for%20%use%20%in%20%limiter%20%applications.%20%For%20%the%20%chip%20%configuration,%20%test%20%fixture%20%effects,%20%including%20%bondwires,%20%were%20%de-embedded%20%from%20%the%20%measurement%20%data%20%prior%20%to%20%model%20%extraction%20%and%20%are%20%not%20%included%20%in%20%the%20%model. data-key-8=PINDiode data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MLP7100.pdf target="blank">MLP7100</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=481&returnUrl=%2Fmodels%2Fdatasheet%2FPINDiode%2FPIN-MAC-VARP-001_datasheet.pdf" target="blank">PIN-MAC-VARP-001</a> </td> <td> Chip or CS19-1 </td> <td> PINDiode </td> <td> 10 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLD - Diodes </td> <td>   </td> <td> NL: TS: </td> </tr> <tr data-key-1=NLD - Diodes data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=MLP7101 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%PIN-MAC-VARP-004%20%is%20%a%20%bias%20%dependent%20%non-linear%20%model%20%for%20%the%20%MACOM%20%MLP7101%20%single%20%configuration%20%PIN%20%diode%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.com).%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%applications%20%operating%20%from%20%DC%20%to%20%10%20%GHz.%20%Users%20%specify%20%temperature%20%as%20%input%20%parameter.%20%Both%20%junction%20%capacitance%20%and%20%RF%20%resistance%20%are%20%modeled%20%as%20%a%20%function%20%of%20%bias.%20%The%20%part%20%is%20%designed%20%for%20%use%20%in%20%limiter%20%applications.%20%Test%20%fixture%20%effects,%20%including%20%bond-wires,%20%were%20%de-embedded%20%from%20%the%20%measurement%20%data%20%prior%20%to%20%model%20%extraction%20%and%20%are%20%not%20%included%20%in%20%the%20%model. data-key-8=PINDiode data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MLP7101.pdf target="blank">MLP7101</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=484&returnUrl=%2Fmodels%2Fdatasheet%2FPINDiode%2FPIN-MAC-VARP-004_datasheet.pdf" target="blank">PIN-MAC-VARP-004</a> </td> <td> Chip </td> <td> PINDiode </td> <td> 10 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLD - Diodes </td> <td>   </td> <td> NL: TS: </td> </tr> <tr data-key-1=NLD - Diodes data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=MLP7110 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%PIN-MAC-VARP-002%20%is%20%a%20%bias%20%dependent%20%non-linear%20%model%20%for%20%the%20%MACOM%20%MLP7110%20%single%20%configuration%20%PIN%20%diode,%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.com).%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%applications%20%operating%20%from%20%DC%20%to%20%10%20%GHz.%20%Users%20%specify%20%temperature%20%and%20%package%20%style%20%(chip%20%or%20%CS19-1%20%package)%20%as%20%input%20%parameters.%20%Both%20%junction%20%capacitance%20%and%20%RF%20%resistance%20%are%20%modeled%20%as%20%a%20%function%20%of%20%bias.%20%The%20%part%20%is%20%designed%20%for%20%use%20%in%20%limiter%20%applications.%20%For%20%the%20%chip%20%configuration,%20%test%20%fixture%20%effects,%20%including%20%bondwires,%20%were%20%de-embedded%20%from%20%the%20%measurement%20%data%20%prior%20%to%20%model%20%extraction%20%and%20%are%20%not%20%included%20%in%20%the%20%model. data-key-8=PINDiode data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MLP7110.pdf target="blank">MLP7110</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=482&returnUrl=%2Fmodels%2Fdatasheet%2FPINDiode%2FPIN-MAC-VARP-002_datasheet.pdf" target="blank">PIN-MAC-VARP-002</a> </td> <td> Chip or CS19-1 </td> <td> PINDiode </td> <td> 10 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLD - Diodes </td> <td>   </td> <td> NL: TS: </td> </tr> <tr data-key-1=NLD - Diodes data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=MLP7120 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%PIN-MAC-VARP-003%20%is%20%a%20%bias%20%dependent%20%non-linear%20%model%20%for%20%the%20%MACOM%20%MLP7120%20%single%20%configuration%20%PIN%20%diode%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.com).%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%applications%20%operating%20%from%20%DC%20%to%20%10%20%GHz.%20%Users%20%specify%20%temperature%20%and%20%package%20%style%20%(chip%20%or%20%CS19-1%20%package)%20%as%20%input%20%parameters.%20%Both%20%junction%20%capacitance%20%and%20%RF%20%resistance%20%are%20%modeled%20%as%20%a%20%function%20%of%20%bias.%20%The%20%part%20%is%20%designed%20%for%20%use%20%in%20%limiter%20%applications.%20%For%20%the%20%chip%20%configuration,%20%test%20%fixture%20%effects,%20%including%20%bond-wires,%20%were%20%de-embedded%20%from%20%the%20%measurement%20%data%20%prior%20%to%20%model%20%extraction%20%and%20%are%20%not%20%included%20%in%20%the%20%model. data-key-8=PINDiode data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MLP7120.pdf target="blank">MLP7120</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=483&returnUrl=%2Fmodels%2Fdatasheet%2FPINDiode%2FPIN-MAC-VARP-003_datasheet.pdf" target="blank">PIN-MAC-VARP-003</a> </td> <td> Chip or CS19-1 </td> <td> PINDiode </td> <td> 10 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLD - Diodes </td> <td>   </td> <td> NL: TS: </td> </tr> <tr data-key-1=NLD - Diodes data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=MMP7065-11 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%PIN-MAC-MMP-001%20%is%20%a%20%substrate%20%scalable,%20%bias%20%dependent%20%non-linear%20%model%20%for%20%the%20%MACOM%20%MMP7605-11%20%PIN%20%diode.%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.com).%20%The%20%model%20%is%20%designed%20%for%20%uses%20%with%20%applications%20%operating%20%from%20%0.5%20%to%20%20%20%GHz.%20%Users%20%specify%20%temperature%20%as%20%an%20%input%20%parameter.%20%Both%20%junction%20%capacitance%20%and%20%RF%20%resistance%20%are%20%modeled%20%as%20%a%20%function%20%of%20%bias.%20%The%20%part%20%is%20%designed%20%for%20%limiter%20%applications.%20%Test%20%fixture%20%effects,%20%including%20%bond-wires,%20%were%20%de-embedded%20%from%20%the%20%measurement%20%data%20%prior%20%to%20%model%20%extraction%20%and%20%are%20%not%20%included%20%in%20%the%20%model.%20% data-key-8=PINDiode data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MMP7065-11.pdf target="blank">MMP7065-11</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=479&returnUrl=%2Fmodels%2Fdatasheet%2FPINDiode%2FPIN-MAC-MMP-001_datasheet.pdf" target="blank">PIN-MAC-MMP-001</a> </td> <td> Chip </td> <td> PINDiode </td> <td> 20 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLD - Diodes </td> <td>   </td> <td> NL: TS: </td> </tr> <tr data-key-1=NLD - Diodes data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=MMP7065-11 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%PIN-MAC-MMP-101is%20%a%20%bias%20%dependent%20%non-linear%20%model%20%for%20%the%20%MACOM%20%MMP7605-11%20%PIN%20%diode%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.com).%20%The%20%model%20%is%20%intended%20%for%20%uses%20%with%20%applications%20%operating%20%from%20%0.5%20%to%20%20%20%GHz.%20%Users%20%specify%20%temperature%20%as%20%an%20%input%20%parameter.%20%Both%20%junction%20%capacitance%20%and%20%RF%20%resistance%20%are%20%modeled%20%as%20%a%20%function%20%of%20%bias.%20%The%20%part%20%is%20%designed%20%for%20%use%20%in%20%limiter%20%applications.%20%Test%20%fixture%20%effects,%20%including%20%bond-wires,%20%were%20%de-embedded%20%from%20%the%20%measurement%20%data%20%prior%20%to%20%model%20%extraction%20%and%20%are%20%not%20%included%20%in%20%the%20%model. data-key-8=PINDiode data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MMP7065-11.pdf target="blank">MMP7065-11</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=480&returnUrl=%2Fmodels%2Fdatasheet%2FPINDiode%2FPIN-MAC-MMP-101_datasheet.pdf" target="blank">PIN-MAC-MMP-101</a> </td> <td> Chip </td> <td> PINDiode </td> <td> 20 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLD - Diodes </td> <td>   </td> <td> NL: TS: </td> </tr> <tr data-key-1=NLD - Diodes data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=MSD710 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%SRD-MAC-E25-001is%20%a%20%substrate%20%scalable,%20%bias%20%dependent%20%non-linear%20%model%20%for%20%the%20%MACOM%20%Step%20%Recovery%20%Diode%20%MSD710,%20%featuring%20%a%20%E25%20%package%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.com).%20%The%20%model%20%was%20%extracted%20%using%20%a%20%microstrip%20%test%20%fixtures%20%on%20%multiple%20%FR-4%20%substrates%20%(5-,%20%14-,%20%and%20%59-mil%20%thick).%20%The%20%junction%20%capacitance%20%is%20%modeled%20%as%20%a%20%function%20%of%20%bias.%20%The%20%model%20%has%20%the%20%capability%20%of%20%tracking%20%the%20%step-recovery%20%response%20%of%20%the%20%diode%20%as%20%a%20%function%20%of%20%bias.%20%The%20%model%20%has%20%been%20%validated%20%from%20%DC%20%to%20%6%20%GHz.%20% data-key-8=StepRecoveryDiode data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MSD710.pdf target="blank">MSD710</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=576&returnUrl=%2Fmodels%2Fdatasheet%2FStepRecoveryDiode%2FSRD-MAC-E25-001_datasheet.pdf" target="blank">SRD-MAC-E25-001</a> </td> <td> E25 </td> <td> StepRecoveryDiode </td> <td> 6 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLD - Diodes </td> <td>   </td> <td> NL: SS: </td> </tr> <tr data-key-1=NLD - Diodes data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=MSSP25250-70 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%PIN-AFE-0603-001%20%is%20%a%20%substrate%20%scalable,%20%bias%20%dependent%20%non-linear%20%model%20%for%20%the%20%Aeroflex%20%MSSP2525070%20%PIN%20%diode,%20%featuring%20%a%20%0603%20%footprint%20%(additional%20%information%20%is%20%available%20%at%20%www.aeroflex.com).%20%Junction%20%capacitance%20%and%20%RF%20%resistance%20%are%20%modeled%20%as%20%a%20%function%20%of%20%bias.%20%The%20%diode%20%is%20%designed%20%for%20%RF%20%attenuator%20%and%20%switches%20%applications%20%in%20%the%20%frequency%20%range%20%DC%20%to%20%6%20%GHz.%20% data-key-8=PINDiode data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/MSSP25250-70.pdf target="blank">MSSP25250-70</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=478&returnUrl=%2Fmodels%2Fdatasheet%2FPINDiode%2FPIN-MAC-0603-001_datasheet.pdf" target="blank">PIN-MAC-0603-001</a> </td> <td> 0603 </td> <td> PINDiode </td> <td> 14 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLD - Diodes </td> <td>   </td> <td> NL: </td> </tr> <tr data-key-1=PreRelease data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=NBB-300 data-key-5=%20% data-key-6=n/a data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/NBB-300.pdf target="blank">NBB-300</a> </td> <td class="Prerelease"> <a href="../Model/PreRelease" target="_blank"> <img src="/Images/Misc/PreRelease2_135x34.png" width="150" height="40" /></a> </td> <td> Micro-X package </td> <td> Amplifier </td> <td> </td> <td> 13.5 </td> <td> ADS </td> <td> </td> <td> PreRelease </td> <td>   </td> <td> </td> </tr> <tr data-key-1=PreRelease data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=NBB-310 data-key-5=%20% data-key-6=n/a data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/NBB-310.pdf target="blank">NBB-310</a> </td> <td class="Prerelease"> <a href="../Model/PreRelease" target="_blank"> <img src="/Images/Misc/PreRelease2_135x34.png" width="150" height="40" /></a> </td> <td> Micro-X package </td> <td> Amplifier </td> <td> </td> <td> 15.0 </td> <td> ADS </td> <td> </td> <td> PreRelease </td> <td>   </td> <td> </td> </tr> <tr data-key-1=PreRelease data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=NBB-400 data-key-5=%20% data-key-6=n/a data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/NBB-400.pdf target="blank">NBB-400</a> </td> <td class="Prerelease"> <a href="../Model/PreRelease" target="_blank"> <img src="/Images/Misc/PreRelease2_135x34.png" width="150" height="40" /></a> </td> <td> Micro-X package </td> <td> Amplifier </td> <td> </td> <td> 14.5 </td> <td> ADS </td> <td> </td> <td> PreRelease </td> <td>   </td> <td> </td> </tr> <tr data-key-1=PreRelease data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=NBB-402 data-key-5=%20% data-key-6=n/a data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/NBB-402.pdf target="blank">NBB-402</a> </td> <td class="Prerelease"> <a href="../Model/PreRelease" target="_blank"> <img src="/Images/Misc/PreRelease2_135x34.png" width="150" height="40" /></a> </td> <td> MPGA </td> <td> Amplifier </td> <td> </td> <td> 15.5 </td> <td> ADS </td> <td> </td> <td> PreRelease </td> <td>   </td> <td> </td> </tr> <tr data-key-1=PreRelease data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=NBB-500 data-key-5=%20% data-key-6=n/a data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/NBB-500.pdf target="blank">NBB-500</a> </td> <td class="Prerelease"> <a href="../Model/PreRelease" target="_blank"> <img src="/Images/Misc/PreRelease2_135x34.png" width="150" height="40" /></a> </td> <td> Micro-X package </td> <td> Amplifier </td> <td> </td> <td> 13.0 </td> <td> ADS </td> <td> </td> <td> PreRelease </td> <td>   </td> <td> </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=NPT1012B data-key-5=Available%20%Request%20%Quote data-key-6=HMT-MAC-NPT1012B%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MACOM%20%NPT1012%20%high%20%power%20%GaN%20%HEMT%20%device%20%based%20%on%20%the%20%extraction%20%of%20%Angelov%20%model.%20%The%20%model%20%is%20%intended%20%to%20%be%20%used%20%in%20%commercial%20%and%20%industrial%20%applications.%20%The%20%model%20%is%20%verified%20%through%20%loadpull%20%at%20%250%20%and%20%900%20%MHz.%20%%20%%20% data-key-8=GaN HEMT data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/NPT1012B.pdf target="blank">NPT1012B</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1166&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-MAC-NPT1012B_datasheet.pdf" target="blank">HMT-MAC-NPT1012B</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4 </td> <td> 43 dBm </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=SELECT - Free data-key-2=ADS-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=NPT1012B data-key-5=%20% data-key-6=HMTXP-MAC-NPT1012-001%20%is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%MACOM%20%NPT1012B%20%high%20%power%20%GaN%20%HEMT%20%device.%20%The%20%model%20%is%20%based%20%on%20%X-parameter%20%modeling%20%technology%20%and%20%extracted%20%from%20%its%20%compact%20%version%20%available%20%from%20%Modleithics%20%NLT%20%library.%20%%20%%20%The%20%extraction%20%condition%20%is%20%given%20%above.%20%cations. data-key-8=GaN HEMT data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/NPT1012B.pdf target="blank">NPT1012B</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1168&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMTXP-MAC-NPT1012B_datasheet.pdf" target="blank">HMTXP-MAC-NPT1012B</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 8 </td> <td> 43 dBm </td> <td> ADS-Genesys </td> <td> </td> <td> SELECT - Free </td> <td>   </td> <td> NL: LP: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=NPTB00004A data-key-5=Available%20%Request%20%Quote data-key-6=HMT-MAC-NPTB00004-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%MACOM%20%NPTB00004%20%RF%20%power%20%GaN%20%HEMT%20%device%20%based%20%on%20%the%20%extraction%20%of%20%Angelov%20%model.%20%The%20%model%20%is%20%intended%20%to%20%be%20%used%20%in%20%broadband%20%commercial%20%and%20%industrial%20%applications.%20%The%20%model%20%is%20%verified%20%through%20%loadpull%20%at%20%2.3%20%GHz.%20%%20%%20% data-key-8=GaN HEMT data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/NPTB00004A.pdf target="blank">NPTB00004A</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1167&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-MAC-NPTB00004A_datasheet.pdf" target="blank">HMT-MAC-NPTB00004A</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 35 dBm </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD0005 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD0005-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD0005%20%in%20%a%20%4.5x4%20%mm%20%DFN%20%package,%20%a%20%8 W%20%(P3dB)%20%unmatched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%EEHEMT%20%non-linear%20%model that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD0005.pdf target="blank">QPD0005</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1327&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD0005-001_datasheet.pdf" target="blank">HMT-QOR-QPD0005-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 39.0 (8 watts) </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: LP: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD0020 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD0020-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD0020%20%in%20%a%20%4x3mm%20%QFN%20%package,%20%adiscrete%20%35W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%availableat%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%isvalidated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-6%20%GHzband.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD0020.pdf target="blank">QPD0020</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1071&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD0020-001_datasheet.pdf" target="blank">HMT-QOR-QPD0020-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 45.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: LP: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD0030 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD0030-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD0030%20%in%20%a%20%3x4mm%20%QFN%20%package,%20%a%20%discrete%20%45W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-4%20%GHz%20%band.%20%Model%20%validated%20%under%20%class%20%AB%20%and%20%class%20%C%20%operation%20%for%20%Doherty%20%architecture%20%designs. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD0030.pdf target="blank">QPD0030</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=767&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD0030-001_datasheet.pdf" target="blank">HMT-QOR-QPD0030-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 46.5 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL:LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD0060 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD0060-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD0030%20%in%20%a%20%3x4mm%20%QFN%20%package,%20%a%20%discrete%20%45W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD0060.pdf target="blank">QPD0060</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=815&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD0060-001_datasheet.pdf" target="blank">HMT-QOR-QPD0060-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4 </td> <td> 49.5 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD0060 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD0060-101%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD0030%20%in%20%a%20%3x4mm%20%QFN%20%package,%20%a%20%discrete%20%45W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaAsPHEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD0060.pdf target="blank">QPD0060</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1383&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-QPD0060-101_datasheet.pdf" target="blank">HMT-QOR-QPD0060-101</a> </td> <td> Package </td> <td> GaAsPHEMT </td> <td> 3.6 </td> <td> </td> <td> ADS </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1000 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1000-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1000%20%in%20%a%20%5x6mm%20%DFN%20%package,%20%a%20%discrete%20%15W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%0.1-4%20%GHz%20%band.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1000.pdf target="blank">QPD1000</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=814&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1000-001_datasheet.pdf" target="blank">HMT-QOR-QPD1000-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4 </td> <td> 41.9 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1004 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1004-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1004%20%in%20%a%20%6x5mm%20%DFN%20%package,%20%a%20%25W(P3dB)%20%50Ω%20%input-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. %20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1004.pdf target="blank">QPD1004</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=899&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1004-001_datasheet.pdf" target="blank">HMT-QOR-QPD1004-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 44.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1008 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1008-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1008%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%discrete%20%125W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%(up%20%to%20%6%20%GHz)%20%and%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-3%20%GHz%20%band. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1008.pdf target="blank">QPD1008</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=783&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1008-001_datasheet.pdf" target="blank">HMT-QOR-QPD1008-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 50.9 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   <br /> <a href="/model/getsparams?id1=783" target="_blank">S-Parameters</a> </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1008L data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1008L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1008L%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%discrete%20%125W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%(up%20%to%20%6%20%GHz)%20%and%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-3%20%GHz%20%band. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1008L.pdf target="blank">QPD1008L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=812&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1008L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1008L-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 50.9 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   <br /> <a href="/model/getsparams?id1=812" target="_blank">S-Parameters</a> </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1009 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1009-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1009%20%in%20%a%20%3x3mm%20%QFN%20%package,%20%a%20%discrete%20%15W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-6%20%GHz%20%band.%20%Model%20%validated%20%under%20%high%20%drain%20%bias%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1009.pdf target="blank">QPD1009</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=768&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1009-001_datasheet.pdf" target="blank">HMT-QOR-QPD1009-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 41.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL:TS:LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1010 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1010-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1010%20%in%20%a%20%3x3mm%20%QFN%20%package,%20%a%20%discrete%20%10W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-6%20%GHz%20%band.%20%Model%20%validated%20%under%20%high%20%drain%20%bias%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1010.pdf target="blank">QPD1010</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=769&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1010-001_datasheet.pdf" target="blank">HMT-QOR-QPD1010-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 40.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL:TS:LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1011 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1011-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1011%20%in%20%a%20%6x5mm%20%DFN%20%package,%20%a%20%7W%20%(P3dB)%20%50Ω%20%input-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1011.pdf target="blank">QPD1011</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=901&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1011-001_datasheet.pdf" target="blank">HMT-QOR-QPD1011-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 5 </td> <td> 39.4 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1013 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1013-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1013%20%in%20%a%20%7.2%20%x%20%6.6mm%20%DFN%20%package,%20%a%20%150W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1013.pdf target="blank">QPD1013</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=922&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1013-001_datasheet.pdf" target="blank">HMT-QOR-QPD1013-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 53.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1014 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1014-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1014%20%in%20%a%20%6x5mm%20%DFN%20%package,%20%a%20%15W%20%(P3dB)%20%50Ω%20%input-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1014.pdf target="blank">QPD1014</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=816&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1014-001_datasheet.pdf" target="blank">HMT-QOR-QPD1014-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 41.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1015 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1015-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1015%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%discrete%20%65W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%(up%20%to%20%6GHz)%20%and%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-4%20%GHz%20%band.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1015.pdf target="blank">QPD1015</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=784&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1015-001_datasheet.pdf" target="blank">HMT-QOR-QPD1015-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 48.1 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1015L data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1015L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1015L%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%discrete%20%65W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%(up%20%to%20%6GHz)%20%and%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1-4%20%GHz%20%band.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1015L.pdf target="blank">QPD1015L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=813&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1015L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1015L-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 48.1 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1016 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1016-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1016%20%in%20%a%20%NI-780%20%package,%20%a%20%500W%20%(P3dB)%20%pre-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1016.pdf target="blank">QPD1016</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=875&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1016-001_datasheet.pdf" target="blank">HMT-QOR-QPD1016-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 1.7 </td> <td> 57.0 (500 watts) </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: LP: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1016L data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1016L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1016L%20%in%20%a%20%NI-780%20%package,%20%a%20%500W%20%(P3dB)%20%pre-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1016L.pdf target="blank">QPD1016L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1537&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1016L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1016L-001</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> Package </td> <td> GaN HEMT </td> <td> 1.7 </td> <td> 57.0 (500 watts) </td> <td> ADS </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: LP: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1017 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1017-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1017%20%internally-matched,%20%3.1%20%–%20%3.5%20%GHz,%20%discrete%20%450%20%W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%in%20%a%20%ceramic%20%package%20%with%20%metal%20%base%20%and%20%flange%20%whose%20%overall%20%dimension%20%is%20%approximately%20%17.4%20%x%20%24.0%20%x%20%4.31%20%mm%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%EEHEMT%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%with%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1017.pdf target="blank">QPD1017</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1109&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1017-001_datasheet.pdf" target="blank">HMT-QOR-QPD1017-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4.5 </td> <td> 56.6 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1020 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1020-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1020%20%in%20%a%20%6x5mm%20%DFN%20%package,%20%a%20%30W%20%(P3dB)%20%50Ω%20%input-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1020.pdf target="blank">QPD1020</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=927&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1020-001_datasheet.pdf" target="blank">HMT-QOR-QPD1020-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 8 </td> <td> 45.00 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1022 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1022-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1022%20%in%20%a%20%3x3mm%20%QFN%20%package,%20%a%20%10W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%%20%%20%ww.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1022.pdf target="blank">QPD1022</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=902&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1022-001_datasheet.pdf" target="blank">HMT-QOR-QPD1022-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 12 </td> <td> 40.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1025 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1025-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1025%20%in%20%a%20%4-lead%20%NI-1230%20%package%20%(earless),%20%a%20%1800W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1025.pdf target="blank">QPD1025</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1425&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1025-001_datasheet.pdf" target="blank">HMT-QOR-QPD1025-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 2.7 </td> <td> 58.7 </td> <td> ADS </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1025L data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1025L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1025L%20%in%20%a%20%4-lead%20%NI-1230%20%package (eared),%20%a%20%1800W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1025L.pdf target="blank">QPD1025L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1020&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1025L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1025L-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 2.7 </td> <td> 59.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1026L data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1026L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1026L%20%in%20%a%20%4-lead%20%NI-1230%20%package (eared),%20%a%20%1800W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1026L.pdf target="blank">QPD1026L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1045&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1026L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1026L-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 1.2 </td> <td> 62.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1028 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1028-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1028%20%in%20%an%20%NI-780%20%package%20%(earless),%20%a%20%750W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1028.pdf target="blank">QPD1028</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1424&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1028-001_datasheet.pdf" target="blank">HMT-QOR-QPD1028-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 2.6 </td> <td> 59.9 </td> <td> ADS </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1028L data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1028L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1028L%20%in%20%an%20%NI-780%20%package%20%(eared),%20%a%20%750W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1028L.pdf target="blank">QPD1028L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1208&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1028L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1028L-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 2.6 </td> <td> 59.9 </td> <td> ADS </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BP: NL LP: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1029L data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1029L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1029L%20%in%20%a%20%4-lead%20%NI-1230%20%package (eared),%20%a%20%1500W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1029L.pdf target="blank">QPD1029L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1096&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1029L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1029L-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 2.6 </td> <td> 60.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1035 data-key-5=%20% data-key-6=n/a data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1035.pdf target="blank">QPD1035</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1534&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1035-001_datasheet.pdf" target="blank">HMT-QOR-QPD1035-001</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 47.0 </td> <td> ADS </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: LP: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1035L data-key-5=%20% data-key-6=na data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1035L.pdf target="blank">QPD1035L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1535&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1035L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1035L-001</a> <img src="/Images/Misc/new.png" width="35" height="30" /> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 47.0 </td> <td> ADS </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: LP: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1425 data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1425-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1425%20%in%20%an%20%NI400-2L%20%earless%20%package,%20%input%20%pre-matched%20%1.2%20%to%20%1.4%20%GHz,%20%400%20%W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1425.pdf target="blank">QPD1425</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1426&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1425-001_datasheet.pdf" target="blank">HMT-QOR-QPD1425-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 2 </td> <td> 57.5 </td> <td> ADS </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD1425L data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD1425L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1425L%20%in%20%an%20%NI400-2L%20%eared%20%package,%20%input%20%pre-matched%20%1.2%20%to%20%1.4%20%GHz,%20%400%20%W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1425L.pdf target="blank">QPD1425L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1427&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1425L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1425L-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 2 </td> <td> 57.5 </td> <td> ADS </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: LP: NL: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1823 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1823-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1823,%20%a%20%discrete%20%220W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%in%20%a%20%NI400%20%package%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%1.8%20%to%20%2.17%20%GHz%20%band.%20%Model%20%validated%20%under%20%class%20%AB%20%and%20%class%20%C%20%operation%20%for%20%Doherty%20%architecture%20%designs. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1823.pdf target="blank">QPD1823</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=770&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1823-001_datasheet.pdf" target="blank">HMT-QOR-QPD1823-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 53.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL:TS:LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD1881L data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD1881L-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD1881L%20%in%20%a%20%NI780%20%package,%20%a%20%400W (P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD1881L.pdf target="blank">QPD1881L</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1021&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD1881L-001_datasheet.pdf" target="blank">HMT-QOR-QPD1881L-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4 </td> <td> 56.3 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD2017 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD2017-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD2017%20%in%20%a%20%7.2x6.6%20%mm%20%6-pin%20%DFN%20%package, a%20%discrete%20%45W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%3.1-3.5%20%GHz band.%20%Model%20%validated%20%under%20%class%20%AB%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2017.pdf target="blank">QPD2017</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1078&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD2017-001_datasheet.pdf" target="blank">HMT-QOR-QPD2017-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 5 </td> <td> 45.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: LP: TS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=QPD2018D data-key-5=%20% data-key-6=The%20%HMT-QOR-QPD2018D-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD2018D%20%a%20%discrete%20%180um%20%pHEMT%20%using%20%Qorvo's%20%0.25um%20%power%20%pHEMT%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%measurement%20%data:%20%I-V,%20%S-parameters,%20%noise%20%parameters%20%&%20%large%20%signal%20%load%20%pull. data-key-8=GaAsPHEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2018D.pdf target="blank">QPD2018D</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1374&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-QPD2018D-001_datasheet.pdf" target="blank">HMT-QOR-QPD2018D-001</a> </td> <td> Die </td> <td> GaAsPHEMT </td> <td> 40 </td> <td> 22.9 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BB. 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=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2025D.pdf target="blank">QPD2025D</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1372&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-QPD2025D-001_datasheet.pdf" target="blank">HMT-QOR-QPD2025D-001</a> </td> <td> Die </td> <td> GaAsPHEMT </td> <td> 40 </td> <td> 24.3 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BB. 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=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2040D.pdf target="blank">QPD2040D</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1370&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-QPD2040D-001_datasheet.pdf" target="blank">HMT-QOR-QPD2040D-001</a> </td> <td> Die </td> <td> GaAsPHEMT </td> <td> 40 </td> <td> 27.2 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BB. 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=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2060D.pdf target="blank">QPD2060D</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1373&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-QPD2060D-001_datasheet.pdf" target="blank">HMT-QOR-QPD2060D-001</a> </td> <td> Die </td> <td> GaAsPHEMT </td> <td> 40 </td> <td> 29.0 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BB. 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=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2080D.pdf target="blank">QPD2080D</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1375&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-QPD2080D-001_datasheet.pdf" target="blank">HMT-QOR-QPD2080D-001</a> </td> <td> Die </td> <td> GaAsPHEMT </td> <td> 40 </td> <td> 30.3 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BB. 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=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2120D.pdf target="blank">QPD2120D</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1369&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-QPD2120D-001_datasheet.pdf" target="blank">HMT-QOR-QPD2120D-001</a> </td> <td> Die </td> <td> GaAsPHEMT </td> <td> 40 </td> <td> 30.8 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BB. 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=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2160D.pdf target="blank">QPD2160D</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1371&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-QPD2160D-001_datasheet.pdf" target="blank">HMT-QOR-QPD2160D-001</a> </td> <td> Die </td> <td> GaAsPHEMT </td> <td> 40 </td> <td> 32.1 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BB. NL. LP: TS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD2194 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD2194-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD2194%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%300W%20%(P3dB)%20%pre-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN50HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2194.pdf target="blank">QPD2194</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=926&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD2194-001_datasheet.pdf" target="blank">HMT-QOR-QPD2194-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4 </td> <td> 55.70 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD2195 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD2195-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD2195%20%in%20%a%20%NI780%20%package,%20%a%20%400W%20%(P3dB)%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%operation.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2195.pdf target="blank">QPD2195</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=903&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD2195-001_datasheet.pdf" target="blank">HMT-QOR-QPD2195-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 3 </td> <td> 56.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD2796 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD2796-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD2796%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%discrete%20%200W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%2.5-2.7%20%GHz%20%band.%20%Model%20%validated%20%under%20%class%20%AB%20%and%20%class%20%C%20%operation%20%for%20%Doherty%20%architecture%20%designs. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD2796.pdf target="blank">QPD2796</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=771&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD2796-001_datasheet.pdf" target="blank">HMT-QOR-QPD2796-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 2.7 </td> <td> 53.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL:TS:LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD3601 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD3601-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD3601%20%in%20%a%20%2-lead%20%NI400%20%package,%20%a%20%discrete%20%200W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%EEHEMT%20%non-linear%20%model%20%with%20%thermal%20%circuit%20%included%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%3.4-3.6%20%GHz%20%band.%20%Model%20%validated%20%under%20%class%20%AB%20%and%20%class%20%C%20%operation%20%for%20%Doherty%20%architecture%20%designs. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD3601.pdf target="blank">QPD3601</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=900&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD3601-001_datasheet.pdf" target="blank">HMT-QOR-QPD3601-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 3.6 </td> <td> 52.6 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=QPD3800 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-QPD3800-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%QPD3800%20%in%20%a%20%NI400%20%package,%20%an%20%85W%20%(P3dB)%20%input-matched%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%Qorvo%20%supplied%20%measurement%20%data.%20%Model%20%validated%20%under%20%class%20%AB%20%and%20%class%20%C%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/QPD3800.pdf target="blank">QPD3800</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=817&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-QPD3800-001_datasheet.pdf" target="blank">HMT-QOR-QPD3800-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 5 </td> <td> 49.3 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=RF2132 data-key-5=%20% data-key-6=The%20%AMP-QOR-RF2132-001%20%is%20%a%20%nonlinear%20%behavioral%20%model%20%for%20%the%20%%20%RF2132%20%linear%20%power%20%amplifier%20%from%20%RFMD.%20%%20%The%20%device%20%is%20%manufactured%20%from%20%an%20%advanced%20%GaAs%20%HBT%20%process%20%and%20%can%20%provide%20%29%20%dB%20%gain%20%with%20%analog%20%in%20%the%20%800—950%20%MHz%20%operation.%20%The%20%model%20%is%20%designed%20%to%20%predict%20%the%20%circuit%20%performance%20%%20%under%20%different%20%substrate%20%types%20%and%20%bias%20%conditions%20%%20%(4.2V—5V).%20%%20%%20% data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/RF2132.pdf target="blank">RF2132</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=21&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMP-QOR-RF2132-001_datasheet.pdf" target="blank">AMP-QOR-RF2132-001</a> </td> <td> IC </td> <td> Amplifier </td> <td> 3 </td> <td> 29.0 </td> <td> ADS </td> <td> </td> <td> SLC - Components </td> <td>   </td> <td> NL: SS: PS: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=RF2878 data-key-5=%20% data-key-6=The%20%AMPXP-QOR-RF2878-001%20%is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%Qorvo%20%RF2878%20%low%20%noise%20%amplifier/PA%20%driver%20%amplifier%20%in%20%a%20%SOT-5%20%lead%20%package.%20%This%20%amplifier%20%is%20%designed%20%for%20%0.15-2.5GHz%20%applications%20%and%20%offers%20%an%20%excellent%20%dynamic%20%range.%20%A%20%combination%20%of%20%S-Parameter%20%with%20%noise/X-parameter%20%model%20%structure%20%enables%20%the%20%model%20%to%20%predict%20%the%20%broadband%20%small-signal%20%S-parameter%20%as%20%well%20%as%20%large-signal%20%results. data-key-8=Amplifier data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/RF2878.pdf target="blank">RF2878</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=36&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPXP-QOR-RF2878-001_datasheet.pdf" target="blank">AMPXP-QOR-RF2878-001</a> </td> <td> Package </td> <td> Amplifier </td> <td> 3 </td> <td> 14.4 </td> <td> ADS-Genesys </td> <td> </td> <td> SLC - Components </td> <td>   </td> <td> NL: SS: LP: IM: XP: </td> </tr> <tr data-key-1=SELECT - Free data-key-2=ADS-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=RF2878 data-key-5=%20% data-key-6=The%20%AMPXP-RFMD-RF2878-001%20%is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%RF2878%20%low%20%noise%20%amplifier%20%/%20%PA%20%driver%20%amplifier%20%from%20%RFMD.%20%This%20%amplifier%20%operates%20%from%20%0.15-2.5%20%GHz%20%with%20%a%20%very%20%high%20%dynamic%20%range%20%designed%20%for%20%digital%20%cellular%20%applications.%20%The%20%model%20%is%20%designed%20%to%20%predict%20%the%20%device%20%performance%20%as%20%a%20%function%20%of%20%frequencies,%20%bias%20%conditions%20%and%20%substrates.%20%%20%A%20%combination%20%of%20%P2D/X-parameter%20%model%20%structure%20%enables%20%the%20%model%20%to%20%predict%20%the%20%small%20%signal%20%S-parameter%20%as%20%well%20%as%20%large%20%signal%20%loadpull%20%results. data-key-8=Amplifier data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/RF2878.pdf target="blank">RF2878</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=37&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPXP-RFMD-RF2878-001-S_datasheet.pdf" target="blank">AMPXP-RFMD-RF2878-001-S</a> </td> <td> IC </td> <td> Amplifier </td> <td> 2.5 </td> <td> 32.0 </td> <td> ADS-Genesys </td> <td> </td> <td> SELECT - Free </td> <td>   </td> <td> NL: SS: LP: IM: XP: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=RF5110G data-key-5=%20% data-key-6=The%20%AMPXP-QOR-RF5110G-001%20%is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%RFMD%20%RF5110G%20%high%20%gain,%20%high%20%power,%20%high%20%efficiency%20%amplifier%20%in%20%a%20%QFN%20%3mm%20%by%20%3mm%20%package.%20%This%20%amplifier%20%is%20%designed%20%for%20%DC-1GHz%20%applications%20%and%20%offers%20%an%20%excellent%20%dynamic%20%range.%20%The%20%model%20%was%20%developed%20%from%20%load-tuned,%20%application-specific%20%circuits%20%to%20%cover%20%three%20%major%20%bands%20%centered%20%on%20%260MHz,%20%410MHz%20%and%20%870MHz.%20%These%20%application%20%circuits%20%are%20%described%20%in%20%this%20%document.%20%A%20%combination%20%of%20%S-Parameter/X-parameter%20%model%20%structure%20%enables%20%the%20%model%20%to%20%predict%20%the%20%broadband%20%small-signal%20%S-parameter%20%as%20%well%20%as%20%large-signal%20%results%20%at%20%25C.%20%For%20%functional%20%block%20%and%20%pin%20%description%20%please%20%refer%20%to%20%http://www.rfmd.com/.%20% data-key-8=Amplifier data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/RF5110G.pdf target="blank">RF5110G</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=727&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPXP-QOR-RF5110G-001_datasheet.pdf" target="blank">AMPXP-QOR-RF5110G-001</a> </td> <td> </td> <td> Amplifier </td> <td> 3 </td> <td> 36.0 </td> <td> ADS-Genesys </td> <td> </td> <td> SLC - Components </td> <td>   </td> <td> NL: XP: SP: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=RF5110G data-key-5=Available%20%Request%20%Quote data-key-6=The%20%AMPXP-QOR-RF5110G-001is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%Qorvo%20%RF5110G%20%high%20%gain%20%power%20%amplifier%20%in%20%a%20%QFN%20%3mm%20%by%20%3mm%20%package.%20%This%20%amplifier%20%is%20%designed%20%for%20%DC-1GHz%20%applications%20%and%20%offers%20%an%20%excellent%20%dynamic%20%range.%20%A%20%combination%20%of%20%S-Parameter/X-parameter%20%model%20%structure%20%enables%20%the%20%model%20%to%20%predict%20%the%20%broadband%20%small-signal%20%S-parameter%20%as%20%well%20%as%20%large-signal%20%results%20%at%20%25C. data-key-8=Amplifier data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/RF5110G.pdf target="blank">RF5110G</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1098&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMXP-QOR-RF5110G-001_datasheet.pdf" target="blank">AMXP-QOR-RF5110G-001</a> </td> <td> QFN </td> <td> Amplifier </td> <td> .9 </td> <td> 34.0 </td> <td> ADS-MWO-Genesys </td> <td> 35.4 </td> <td> SLC - Components </td> <td>   </td> <td> IM: NL: SP: XP: </td> </tr> <tr data-key-1=NLD - Diodes data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=SMV20413 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%VAR-MAC-SMV20413-001%20%is%20%a%20%substrate%20%scalable,%20%bias%20%dependent%20%non-linear%20%model%20%for%20%the%20%MA-COM%20%P/N SMV20413%20%varactor%20%diode,%20%featuring%20%a%20%CHIP%20%package%20%(additional%20%information%20%is%20%available%20%at%20%www.macom.com). Substrate%20%height,%20%dielectric%20%constant,%20%loss%20%tangent,%20%interconnect%20%metal%20%thickness,%20%and%20%temperature%20%are%20%model input%20%parameters.%20%Junction%20%capacitance%20%and%20%RF%20%resistance%20%are%20%modeled%20%as%20%a%20%function%20%of%20%bias.%20%The%20%diode%20%is designed%20%for%20%ISM%20%applications%20%in%20%the%20%frequency%20%range%20%DC%20%to%20%6%20%GHz. data-key-8=Varactor data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/MACOM target="_blank">MACOM</a> </td> <td width="10%"> <a href=/models/Vendor/MACOM/SMV20413.pdf target="blank">SMV20413</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=9&mdl=1027&returnUrl=%2Fmodels%2Fdatasheet%2FVaractor%2FVAR-MAC-SMV20413-001_datasheet.pdf" target="blank">VAR-MAC-SMV20413-001</a> </td> <td> SC-79 </td> <td> Varactor </td> <td> 6 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLD - Diodes </td> <td>   </td> <td> NL: TS: SS: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T1G2028536-FL data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T1G2028536-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G2028536-FL,%20%a%20%discrete%20%285W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measuremenT%20%datasets%20%. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T1G2028536-FL.pdf target="blank">T1G2028536-FL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=567&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G2028536-FL-001_datasheet.pdf" target="blank">HMT-QOR-T1G2028536-FL-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 3 </td> <td> 54.5 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T1G2028536-FS data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T1G2028536-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G2028536-FS,%20%a%20%discrete%20%285W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T1G2028536-FS.pdf target="blank">T1G2028536-FS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=573&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G2028536-FS-001_datasheet.pdf" target="blank">HMT-QOR-T1G2028536-FS-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 3 </td> <td> 54.5 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T1G3000532-SM data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T1G3000532-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G3000532-SM,%20%a%20%discrete%20%packaged%20%6W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%proven%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T1G3000532-SM.pdf target="blank">T1G3000532-SM</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=565&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G3000532-SM-001_datasheet.pdf" target="blank">HMT-QOR-T1G3000532-SM-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4 </td> <td> 36.9 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T1G4004532-FL data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T1G4004532-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G4004532-FL,%20%%20%a%20%discrete%20%45W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large-signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T1G4004532-FL.pdf target="blank">T1G4004532-FL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=570&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G4004532-FL-001_datasheet.pdf" target="blank">HMT-QOR-T1G4004532-FL-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 46.5 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T1G4004532-FS data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T1G4004532-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G4004532-FS,%20%a%20%discrete%20%45W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large-signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T1G4004532-FS.pdf target="blank">T1G4004532-FS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=569&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G4004532-FS-001_datasheet.pdf" target="blank">HMT-QOR-T1G4004532-FS-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 46.5 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T1G4012036-FL data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T1G4012036-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G4012036-FL,%20%a%20%discrete%20%120W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T1G4012036-FL.pdf target="blank">T1G4012036-FL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=574&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G4012036-FL-001_datasheet.pdf" target="blank">HMT-QOR-T1G4012036-FL-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4 </td> <td> 50.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T1G4012036-FS data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T1G4012036-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G4012036-FS,%20%a%20%discrete%20%120W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measuremenT%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T1G4012036-FS.pdf target="blank">T1G4012036-FS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=566&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G4012036-FS-001_datasheet.pdf" target="blank">HMT-QOR-T1G4012036-FS-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4 </td> <td> 50.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T1G4020036-FL data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T1G4020036-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G4020036-FL,%20%a%20%discrete%20%260W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model,%20%with%20%one%20%half%20%of%20%the%20%device%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T1G4020036-FL.pdf target="blank">T1G4020036-FL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=568&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G4020036-FL-001_datasheet.pdf" target="blank">HMT-QOR-T1G4020036-FL-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4 </td> <td> 54.1 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T1G4020036-FS data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T1G4020036-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G4020036-FS,%20%a%20%discrete%20%260W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model,%20%with%20%one%20%half%20%of%20%the%20%device%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T1G4020036-FS.pdf target="blank">T1G4020036-FS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=571&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G4020036-FS-001_datasheet.pdf" target="blank">HMT-QOR-T1G4020036-FS-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 4 </td> <td> 54.1 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T1G6001032-SM data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T1G6001032-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T1G6001032-SM,%20%%20%a%20%discrete%20%10W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measure%20%ment%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T1G6001032-SM.pdf target="blank">T1G6001032-SM</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=564&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T1G6001032-SM-001_datasheet.pdf" target="blank">HMT-QOR-T1G6001032-SM-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 40.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T2G4003532-FL data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T2G4003532-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G4003532-FL,%20%%20%a%20%discrete%20%35W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T2G4003532-FL.pdf target="blank">T2G4003532-FL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=572&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G4003532-FL-001_datasheet.pdf" target="blank">HMT-QOR-T2G4003532-FL-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 44.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T2G4003532-FS data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T2G4003532-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G4003532-FS,%20%a%20%discrete%20%35W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T2G4003532-FS.pdf target="blank">T2G4003532-FS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=563&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G4003532-FS-001_datasheet.pdf" target="blank">HMT-QOR-T2G4003532-FS-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 44.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T2G4005528-FS data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T2G4005528-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G4005528-FS,%20%a%20%discrete%20%55W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%ngelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T2G4005528-FS.pdf target="blank">T2G4005528-FS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=561&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G4005528-FS-001_datasheet.pdf" target="blank">HMT-QOR-T2G4005528-FS-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 47.4 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T2G6000528-Q3 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T2G6000528-Q3-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G6000528-Q3,%20%%20%a%20%discrete%20%10W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%data%20%sets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20%%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T2G6000528-Q3.pdf target="blank">T2G6000528-Q3</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=558&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G6000528-Q3-001_datasheet.pdf" target="blank">HMT-QOR-T2G6000528-Q3-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 38.4 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> EB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T2G6001528-Q3 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T2G6001528-Q3-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G6001528-Q3,%20%a%20%discrete%20%18W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T2G6001528-Q3.pdf target="blank">T2G6001528-Q3</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=559&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G6001528-Q3-001_datasheet.pdf" target="blank">HMT-QOR-T2G6001528-Q3-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 42.5 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T2G6001528-SG data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T2G6001528-SG-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G6001528-SG,%20%%20%a%20%discrete%20%15W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%data%20%sets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T2G6001528-SG.pdf target="blank">T2G6001528-SG</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=562&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G6001528-SG-001_datasheet.pdf" target="blank">HMT-QOR-T2G6001528-SG-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 41.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T2G6003028-FL data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T2G6003028-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G6003028-FL,%20%a%20%discrete%20%30W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T2G6003028-FL.pdf target="blank">T2G6003028-FL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=286&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G6003028-FL-001_datasheet.pdf" target="blank">HMT-QOR-T2G6003028-FL-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 44.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> EB: NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=T2G6003028-FS data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-T2G6003028-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%T2G6003028-FS,%20%a%20%discrete%20%30W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/T2G6003028-FS.pdf target="blank">T2G6003028-FS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=560&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-T2G6003028-FS-001_datasheet.pdf" target="blank">HMT-QOR-T2G6003028-FS-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 6 </td> <td> 44.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=TGA2602-SM data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGA2602-SM%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%packaged%20%pHEMT%20%device%20%based%20%on%20%the%20%extraction%20%of%20%Angelov%20%model.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%3%20%GHz.%20%The%20%device%20%is%20%designed%20%for%20%use%20%in%20%wireless%20%base%20%station%20%and%20%WiMAX%20%application%20%and%20%other%20%commercial%20%systems. data-key-8=PHEMT data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGA2602-SM.pdf target="blank">TGA2602-SM</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=287&returnUrl=%2Fmodels%2Fdatasheet%2FPHEMT%2FHMT-QOR-TGA2602-SM_datasheet.pdf" target="blank">HMT-QOR-TGA2602-SM</a> </td> <td> Surface Mount </td> <td> PHEMT </td> <td> 6 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: NP: LP: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGA8344-SCC data-key-5=Available%20%Request%20%Quote data-key-6=The%20%AMP-QOR-TGA8344-001%20%is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%MMIC%20%TGA8344-SCC%20%low%20%noise%20%wideband%20%amplifier%20%from%20%Qorvo.%20%This%20%amplifier%20%operates%20%from%20%2-18%20%GHz,%20%with%20%typical%20%19dB%20%gain;%20%the%20%output%20%power%20%at%20%1dB%20%compression%20%point%20%is%20%16dBm.%20%The%20%model%20%is%20%designed%20%to%20%predict%20%the%20%circuit%20%performance%20%as%20%a%20%function%20%of%20%frequencies,%20%bias%20%conditions%20%and%20%temperatures. data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGA8344-SCC.pdf target="blank">TGA8344-SCC</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=22&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMP-QOR-TGA8344-001_datasheet.pdf" target="blank">AMP-QOR-TGA8344-001</a> </td> <td> MMIC </td> <td> Amplifier </td> <td> 26 </td> <td> 16.0 </td> <td> ADS-MWO </td> <td> </td> <td> SLC - Components </td> <td>   </td> <td> NL: NP: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGA8399B-SCC data-key-5=Available%20%Request%20%Quote data-key-6=The%20%AMP-QOR-TGA8399B-001%20%is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%Qorvo%20%TGA8399B-SCC%20%MMIC%20%amplifier.%20%The%20%model%20%is%20%a%20%file-driven%20%behavioral%20%model%20%for%20%use%20%in%20%AWR%20%that%20%allows%20%the%20%prediction%20%of%20%Sparameter,%20%(50%20%ohm)%20%power%20%compression%20%and%20%(50%20%hm%20%in/out)%20%TOI%20%data. data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGA8399B-SCC.pdf target="blank">TGA8399B-SCC</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=23&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMP-QOR-TGA8399B-001_datasheet.pdf" target="blank">AMP-QOR-TGA8399B-001</a> </td> <td> MMIC </td> <td> Amplifier </td> <td> 10 </td> <td> 11.0 </td> <td> ADS-MWO </td> <td> </td> <td> SLC - Components </td> <td>   </td> <td> NL: NP: TS: IM: </td> </tr> <tr data-key-1=SLC - Components data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGA8810-SCC data-key-5=Available%20%Request%20%Quote data-key-6=The%20%AMP-TRI-TGA8810-001%20%is%20%a%20%non-linear%20%behavioral%20%model%20%for%20%the%20%Triquint%20%TGA8810-SCC%20%MMIC%20%amplifier.%20%The%20%model%20%is%20%a%20%file-driven%20%behavioral%20%model%20%for%20%use%20%in%20%AWR%20%that%20%allows%20%the%20%prediction%20%of%20%Sparameter,%20%%20%(50%20%ohm)%20%power%20%compression%20%and%20%(50%20%ohm%20%in/out)%20%TOI%20%data data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGA8810-SCC.pdf target="blank">TGA8810-SCC</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=24&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMP-QOR-TGA8810-001_datasheet.pdf" target="blank">AMP-QOR-TGA8810-001</a> </td> <td> MMIC </td> <td> Amplifier </td> <td> 13 </td> <td> 17.0 </td> <td> ADS-MWO </td> <td> </td> <td> SLC - Components </td> <td>   </td> <td> NL: TS: IM: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-01 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2023-01-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%power%20%discrete%20%GaN%20%on%20%SiC HEMT%20%TGF2023-01%20%device.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%Angelov%20%nonlinear%20%model%20%and%20%is validated%20%against%20%large%20%signal%20%loadpull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltages. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2023-01.pdf target="blank">TGF2023-01</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=288&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-TQT-TGF2023-01_datasheet.pdf" target="blank">HMT-TQT-TGF2023-01</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 30 </td> <td> 38.6 </td> <td> ADS-MWO </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-05 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2023-05%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%power%20%discrete%20%GaN%20%on%20%SiC%20%HEMT TGF2023-05%20%device.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%Angelov%20%nonlinear%20%model.%20%The%20%model%20%is extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%quiescent%20%bias%20%voltages. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2023-05.pdf target="blank">TGF2023-05</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=289&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-TQT-TGF2023-05_datasheet.pdf" target="blank">HMT-TQT-TGF2023-05</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 30 </td> <td> 38.6 </td> <td> ADS-MWO </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-0N data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2023-0N%20%is%20%a%20%non-linear%20%scalable%20%model%20%for%20%the%20%TriQuint%20%power%20%discrete%20%GaN%20%on%20%SiC HEMT%20%device%20%TGF2023-01%20%and%20%TGF2023-05.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%Angelov%20%nonlinear model.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature,%20%quiescent%20%bias voltages%20%and%20%device%20%geometry. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2023-0N.pdf target="blank">TGF2023-0N</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=290&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-TQT-TGF2023-0N_datasheet.pdf" target="blank">HMT-TQT-TGF2023-0N</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 30 </td> <td> 38.6 </td> <td> ADS-MWO </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-2-01 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2023-2-01-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2023-2-01,%20%a%20%discrete%20%1.25%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2023-2-01.pdf target="blank">TGF2023-2-01</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=291&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2023-2-01-001_datasheet.pdf" target="blank">HMT-QOR-TGF2023-2-01-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 37.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-2-02 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2023-2-02-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2023-2-02,%20%a%20%discrete%20%2.5%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2023-2-02.pdf target="blank">TGF2023-2-02</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=292&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2023-2-02-001_datasheet.pdf" target="blank">HMT-QOR-TGF2023-2-02-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 40.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-2-05 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2023-2-05-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2023-2-05,%20%a%20%discrete%20%5%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2023-2-05.pdf target="blank">TGF2023-2-05</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=293&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2023-2-05-001_datasheet.pdf" target="blank">HMT-QOR-TGF2023-2-05-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 43.9 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-2-05 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2023-2-05-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2023-2-05,%20%a%20%discrete%20%5%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2023-2-05.pdf target="blank">TGF2023-2-05</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=797&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2023-2-05-101_datasheet.pdf" target="blank">HMT-QOR-TGF2023-2-05-101</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 43.9 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-2-10 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2023-2-10-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2023-2-10%20%(50%20%Watt),%20%a%20%discrete%20%10%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%This%20%temperature%20%and%20%bias%20%dependent%20%large-signal%20%model%20%is%20%based%20%on%20%smaller%20%geometry%20%model%20%that%20%was%20%validated%20%with%20%I-V,%20%S-parameters,%20%and%20%large-signal%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2023-2-10.pdf target="blank">TGF2023-2-10</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=294&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2023-2-10-001_datasheet.pdf" target="blank">HMT-QOR-TGF2023-2-10-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 46.9 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2023-2-20 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2023-2-20-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2023-2-20%20%(90%20%Watt),%20%a%20%discrete%20%20%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%This%20%temperature%20%and%20%bias%20%dependent%20%large-signal%20%model%20%is%20%based%20%on%20%smaller%20%geometry%20%model%20%that%20%was%20%validated%20%with%20%I-V,%20%S-parameters,%20%and%20%large-signal%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2023-2-20.pdf target="blank">TGF2023-2-20</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=295&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2023-2-20-001_datasheet.pdf" target="blank">HMT-QOR-TGF2023-2-20-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 49.5 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2040 data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2040%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2040%20%a%20%discrete%20%400um%20%pHEMT%20%using%20%Qorvo's%20%0.25um%20%power%20%pHEMT%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%measurement%20%data:%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull. data-key-8=GaAsPHEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2040.pdf target="blank">TGF2040</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1185&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-TGF2040_datasheet.pdf" target="blank">HMT-QOR-TGF2040</a> </td> <td> </td> <td> GaAsPHEMT </td> <td> 36 </td> <td> 24.2 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BB: NL: LS: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TGF2060 data-key-5=%20% data-key-6=The%20%HMT-QOR-TGF2060%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2060%20%a%20%discrete%20%600um%20%pHEMT%20%using%20%Qorvo's%20%0.25um%20%power%20%pHEMT%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%measurement%20%data:%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull. data-key-8=GaAsPHEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2060.pdf target="blank">TGF2060</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=1097&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-TGF2060_datasheet.pdf" target="blank">HMT-QOR-TGF2060</a> </td> <td> Package </td> <td> GaAsPHEMT </td> <td> 20 </td> <td> 28.0 </td> <td> ADS </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> BB: NL: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2819-FL data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2819-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2819-FL,%20%a%20%discrete%20%120W%20%(P3dB)%20%GaN%20%on SiC%20%HEMT%20%using%20%the%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2819-FL.pdf target="blank">TGF2819-FL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=654&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2819-FL-001_datasheet.pdf" target="blank">HMT-QOR-TGF2819-FL-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 8 </td> <td> 50.8 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP : </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2819-FS data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2819-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2819-FS,%20%a%20%discrete%20%120W%20%(P3dB)%20%GaN%20%on SiC%20%HEMT%20%using%20%the%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2819-FS.pdf target="blank">TGF2819-FS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=653&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2819-FS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2819-FS-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 8 </td> <td> 50.8 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP : </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2929-FL data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2829-FL-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2819-FL,%20%a%20%discrete%20%120W%20%(P3dB)%20%GaN%20%on SiC%20%HEMT%20%using%20%the%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2929-FL.pdf target="blank">TGF2929-FL</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=656&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2929-FL-001_datasheet.pdf" target="blank">HMT-QOR-TGF2929-FL-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 8 </td> <td> 50.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP : </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2929-FS data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2829-FS-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2819-FS,%20%a%20%discrete%20%120W%20%(P3dB)%20%GaN%20%on SiC%20%HEMT%20%using%20%the%20%TQGaN25HV%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%nonlinear model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2929-FS.pdf target="blank">TGF2929-FS</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=655&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2929-FS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2929-FS-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 8 </td> <td> 50.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP : </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2933 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2933-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2933,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%and%20%power%20%sweep%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2933.pdf target="blank">TGF2933</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=746&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2933-001_datasheet.pdf" target="blank">HMT-QOR-TGF2933-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 38.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2933 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2933-SS-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2933,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%small-signal%20%model%20%that%20%is%20%validated%20%against%20%S-parameters%20%&%20%noise%20%measurements%20%taken%20%at%20%specific%20%bias%20%conditions%20%and%20%25C data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2933.pdf target="blank">TGF2933</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=752&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2933-SS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2933-SS-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 38.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2934 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2934-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2934,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%and%20%power%20%sweep%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2934.pdf target="blank">TGF2934</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=747&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2934-001_datasheet.pdf" target="blank">HMT-QOR-TGF2934-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 41.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2934 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2934-SS-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2934,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%small-signal%20%model%20%that%20%is%20%validated%20%against%20%S-parameters%20%&%20%noise%20%measurements%20%taken%20%at%20%specific%20%bias%20%conditions%20%and%20%25C. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2934.pdf target="blank">TGF2934</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=753&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2934-SS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2934-SS-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 41.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2935 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2935-001is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2935,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo'sQGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%and%20%power%20%sweep%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2935.pdf target="blank">TGF2935</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=748&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2935-001_datasheet.pdf" target="blank">HMT-QOR-TGF2935-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 35.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2935 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2935-SS-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2935,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%small-signal%20%model%20%that%20%is%20%validated%20%against%20%S-parameters%20%&%20%noise%20%measurements%20%taken%20%at%20%specific%20%bias%20%conditions%20%and%20%25C. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2935.pdf target="blank">TGF2935</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=754&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2935-SS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2935-SS-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 35.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2936 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2936-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2936,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%and%20%power%20%sweep%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2936.pdf target="blank">TGF2936</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=749&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2936-001_datasheet.pdf" target="blank">HMT-QOR-TGF2936-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 38.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2936 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2936-SS-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2936,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%small-signal%20%model%20%that%20%is%20%validated%20%against%20%S-parameters%20%&%20%noise%20%measurements%20%taken%20%at%20%specific%20%bias%20%conditions%20%and%20%25C. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2936.pdf target="blank">TGF2936</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=755&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2936-SS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2936-SS-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 38.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2941 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2941-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2941,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%and%20%power%20%sweep%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2941.pdf target="blank">TGF2941</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=750&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2941-001_datasheet.pdf" target="blank">HMT-QOR-TGF2941-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 35.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2941 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2941-SS-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2941,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%small-signal%20%model%20%that%20%is%20%validated%20%against%20%S-parameters%20%&%20%noise%20%measurements%20%taken%20%at%20%specific%20%bias%20%conditions%20%and%20%25C data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2941.pdf target="blank">TGF2941</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=756&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2941-SS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2941-SS-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 35.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2942 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2942-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2942,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%and%20%power%20%sweep%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2942.pdf target="blank">TGF2942</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=751&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2942-001_datasheet.pdf" target="blank">HMT-QOR-TGF2942-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 32.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2942 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2942-SS-001%20%is%20%a%20%linear%20%model%20%for%20%the%20%Qorvo%20%TGF2942,%20%a%20%discrete%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%QGaN15%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%small-signal%20%model%20%that%20%is%20%validated%20%against%20%S-parameters%20%&%20%noise%20%measurements%20%taken%20%at%20%specific%20%bias%20%conditions%20%and%20%25C data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2942.pdf target="blank">TGF2942</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=757&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2942-SS-001_datasheet.pdf" target="blank">HMT-QOR-TGF2942-SS-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 40 </td> <td> 32.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> BB: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2952 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2952-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2952,%20%a%20%discrete%20%1.25%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2952.pdf target="blank">TGF2952</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=669&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2952-001_datasheet.pdf" target="blank">HMT-QOR-TGF2952-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 38.4 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2953 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2953-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2953,%20%a%20%discrete%20%2.52mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2953.pdf target="blank">TGF2953</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=667&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2953-001_datasheet.pdf" target="blank">HMT-QOR-TGF2953-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 41.2 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2954 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2954-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2954,%20%a%20%discrete%20%5.04mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%a%20%geometry-scaled%20%version%20%of%20%a%20%smaller%20%geometry%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%extracted%20%from%20%and%20%validated%20%against%20%I-V,%20%S-Parameters%20%&%20%large-signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2954.pdf target="blank">TGF2954</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=666&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2954-001_datasheet.pdf" target="blank">HMT-QOR-TGF2954-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 44.5 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2955 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2955-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2955,%20%a%20%discrete%20%7.56%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%a%20%geometry-scaled%20%version%20%of%20%a%20%smaller%20%geometry%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%extracted%20%from%20%and%20%validated%20%against%20%I-V,%20%S-Parameters%20%&%20%large-signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2955.pdf target="blank">TGF2955</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=663&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2955-001_datasheet.pdf" target="blank">HMT-QOR-TGF2955-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 46.4 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2956 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2956-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2956,%20%a%20%discrete%20%10.08%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%a%20%geometry-scaled%20%version%20%of%20%a%20%smaller%20%geometry%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%extracted%20%from%20%and%20%validated%20%against%20%I-V,%20%S-Parameters%20%&%20%large-signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2956.pdf target="blank">TGF2956</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=664&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2956-001_datasheet.pdf" target="blank">HMT-QOR-TGF2956-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 47.6 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2957 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-TQT-TGF2957-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%TriQuint%20%TGF2957,%20%a%20%discrete%20%12.6%20%mm%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%TriQuint's%20%TQGaN25%20%process.%20%The%20%model%20%is%20%a%20%geometry-scaled%20%version%20%of%20%a%20%smaller%20%geometry%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%extracted%20%from%20%and%20%validated%20%against%20%I-V,%20%S-Parameters%20%&%20%large-signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%performance%20%can%20%be%20%scaled%20%with%20%temperature%20%and%20%quiescent%20%bias%20%voltage. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2957.pdf target="blank">TGF2957</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=665&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2957-001_datasheet.pdf" target="blank">HMT-QOR-TGF2957-001</a> </td> <td> Die </td> <td> GaN HEMT </td> <td> 26 </td> <td> 48.6 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2960-SD data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2960-SM%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%packaged%20%GaAs%20%HFET%20%device%20%based%20%on%20%the%20%Angelov%20%model.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%6%20%GHz.%20%The%20%device%20%is%20%designed%20%for%20%use%20%in%20%cellular%20%base%20%stations,%20%WiMAX,%20%RFID%20%applications%20%and%20%others. data-key-8=HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2960-SD.pdf target="blank">TGF2960-SD</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=302&returnUrl=%2Fmodels%2Fdatasheet%2FHEMT%2FHMT-QOR-TGF2960-SD_datasheet.pdf" target="blank">HMT-QOR-TGF2960-SD</a> </td> <td> Surface Mount </td> <td> HEMT </td> <td> 6 </td> <td> </td> <td> ADS-MWO </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: LP: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=TGF2960-SD data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2960-SD-101%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%packaged%20%GaAs%20%HFET%20%device%20%based%20%on%20%the%20%Angelov%20%model.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%6%20%GHz.%20%The%20%model%20%is%20%temperature%20%and%20%substrate%20%scalable.%20%The%20%device%20%is%20%designed%20%for%20%use%20%in%20%cellular%20%base%20%stations,%20%WiMAX,%20%RFID%20%applications%20%and%20%other%20%commercial%20%systems.%20%(This%20%model%20%updates%20%and%20%obsoletes%20%model%20%HMT-TQT-TFG2960-SD) data-key-8=HEMT data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2960-SD.pdf target="blank">TGF2960-SD</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=303&returnUrl=%2Fmodels%2Fdatasheet%2FHEMT%2FHMT-QOR-TGF2960-SD-101_datasheet.pdf" target="blank">HMT-QOR-TGF2960-SD-101</a> </td> <td> Surface Mount </td> <td> HEMT </td> <td> 6 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: SS: TS: LP: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS-MWO-Genesys data-key-3=Available%20%Request%20%Quote data-key-4=TGF2961-SD data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2961-SD%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%packaged%20%GaAs%20%HFET%20%device%20%based%20%on%20%the%20%Angelov%20%model.%20%The%20%model%20%is%20%intended%20%for%20%use%20%with%20%microstrip%20%applications%20%operating%20%from%20%DC%20%to%20%6%20%GHz.%20%The%20%device%20%is%20%designed%20%for%20%use%20%in%20%cellular%20%base%20%stations,%20%WiMAX,%20%RFID%20%applications%20%and%20%other%20%commercial%20%systems. data-key-8=HEMT data-key-10="Available%20%Request%20%Quote" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2961-SD.pdf target="blank">TGF2961-SD</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=304&returnUrl=%2Fmodels%2Fdatasheet%2FHEMT%2FHMT-QOR-TGF2961-SD_datasheet.pdf" target="blank">HMT-QOR-TGF2961-SD</a> </td> <td> Surface Mount </td> <td> HEMT </td> <td> 6 </td> <td> </td> <td> ADS-MWO-Genesys </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2965-SM data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2965-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%3x3%20%mm%20%QFN%20%packaged%20%TGF2965-SM,%20%a%20%discrete%20%5W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2965-SM.pdf target="blank">TGF2965-SM</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=737&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2965-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF2965-SM-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 10 </td> <td> 36.9 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2977-SM data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2977-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2977-SM%20%in%20%a%20%3x3mm%20%QFN%20%package,%20%a%20%discrete%20%5W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%6-11%20%GHz%20%band.%20%Model%20%validated%20%under%20%high%20%drain%20%bias%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2977-SM.pdf target="blank">TGF2977-SM</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=785&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2977-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF2977-SM-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 12 </td> <td> 36.9 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2978-SM data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2978-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2978-SM%20%in%20%a%20%3x4mm%20%QFN%20%package,%20%a%20%discrete%20%20W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%5-11%20%GHz%20%band.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2978-SM.pdf target="blank">TGF2978-SM</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=790&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2978-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF2978-SM-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 11 </td> <td> 42.8 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL:TS:LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF2979-SM data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF2979-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF2979-SM%20%in%20%a%20%3x4mm%20%QFN%20%package,%20%a%20%discrete%20%30W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%the%20%following%20%Qorvo%20%measurement%20%data:%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%in%20%the%20%5-11%20%GHz%20%band.%20%Model%20%validated%20%under%20%high%20%drain%20%bias%20%operation. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF2979-SM.pdf target="blank">TGF2979-SM</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=791&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF2979-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF2979-SM-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 11 </td> <td> 43.4 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL:TS:LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF3015-SM data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF3015-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%3x3%20%mm%20%QFN%20%packaged%20%TGF3015-SM,%20%a%20%discrete%20%10W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF3015-SM.pdf target="blank">TGF3015-SM</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=738&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF3015-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF3015-SM-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 10 </td> <td> 40.0 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF3020-SM data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF3020-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%3x3%20%mm%20%QFN%20%packaged%20%TGF3020-SM,%20%a%20%discrete%20%5W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25HV%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF3020-SM.pdf target="blank">TGF3020-SM</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=739&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF3020-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF3020-SM-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 10 </td> <td> 36.9 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF3021-SM data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TGF3021-SM-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%3x4%20%mm%20%QFN%20%packaged%20%TGF3021-SM,%20%a%20%discrete%20%30W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20% data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF3021-SM.pdf target="blank">TGF3021-SM</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=740&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TGF3021-SM-001_datasheet.pdf" target="blank">HMT-QOR-TGF3021-SM-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 10 </td> <td> 44.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL: TS: LP: </td> </tr> <tr data-key-1=NLT - Transistors data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TGF4350 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT_TQT_TGF4350%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%TGF4350,%20%a%20%discrete%20%300%20%um%20%GaAs%20%pHEMT.%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%Sparameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets.%20%The%20%model%20%is%20%extracted%20%such%20%that%20%performance%20%can%20%be%20%scaled%20%with%20%temperature.%20% data-key-8=GaAsPHEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TGF4350.pdf target="blank">TGF4350</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=557&returnUrl=%2Fmodels%2Fdatasheet%2FGaAsPHEMT%2FHMT-QOR-TGF4350_datasheet.pdf" target="blank">HMT-QOR-TGF4350</a> </td> <td> Surface Mount </td> <td> GaAsPHEMT </td> <td> 40 </td> <td> </td> <td> ADS-MWO </td> <td> </td> <td> NLT - Transistors </td> <td>   </td> <td> NL: TS: NP: </td> </tr> <tr data-key-1=Qorvo GaN data-key-2=ADS-MWO data-key-3=Available%20%Request%20%Quote data-key-4=TQP0104 data-key-5=Available%20%Request%20%Quote data-key-6=The%20%HMT-QOR-TQP0104-001%20%is%20%a%20%non-linear%20%model%20%for%20%the%20%Qorvo%20%3x4%20%mm%20%QFN%20%packaged%20%TQP0104,%20%a%20%discrete%20%30W%20%(P3dB)%20%GaN%20%on%20%SiC%20%HEMT%20%using%20%Qorvo's%20%TQGaN25%20%process%20%(additional%20%information%20%is%20%available%20%at%20%www.qorvo.com).%20%The%20%model%20%is%20%based%20%on%20%the%20%extraction%20%of%20%a%20%customized%20%Angelov%20%non-linear%20%model%20%that%20%is%20%validated%20%against%20%I-V,%20%S-parameters%20%&%20%large%20%signal%20%load%20%pull%20%measurement%20%datasets. data-key-8=GaN HEMT data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TQP0104.pdf target="blank">TQP0104</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=772&returnUrl=%2Fmodels%2Fdatasheet%2FGaN_HEMT%2FHMT-QOR-TQP0104-001_datasheet.pdf" target="blank">HMT-QOR-TQP0104-001</a> </td> <td> Package </td> <td> GaN HEMT </td> <td> 10 </td> <td> 44.7 </td> <td> ADS-MWO </td> <td> </td> <td> Qorvo GaN </td> <td>   </td> <td> NL:TS:LP: </td> </tr> <tr data-key-1=Unknown data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TQP7M9105 data-key-5=%20% data-key-6=n/a data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TQP7M9105.pdf target="blank">TQP7M9105</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=850&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPXP-QOR-TQP7M9105-001_datasheet.pdf" target="blank">AMPXP-QOR-TQP7M9105-001</a> </td> <td> SOT-89 </td> <td> Amplifier </td> <td> </td> <td> 32.0 </td> <td> ADS </td> <td> </td> <td> Unknown </td> <td>   </td> <td> </td> </tr> <tr data-key-1=Unknown data-key-2=ADS data-key-3=Available%20%Request%20%Quote data-key-4=TQP7M9106-2 data-key-5=%20% data-key-6=n/a data-key-8=Amplifier data-key-10="%20%" data-key-11="%20%" data-key-12="%20%"> <td class="details-control"></td> <td> <a href=../MVP/Qorvo target="_blank">Qorvo</a> </td> <td width="10%"> <a href=/models/Vendor/Qorvo/TQP7M9106-2.pdf target="blank">TQP7M9106-2</a> </td> <td width="10%"> <a href="/account/dloadtracker?dtype=25&mvper=27&mdl=849&returnUrl=%2Fmodels%2Fdatasheet%2FAmplifier%2FAMPXP-QOR-TQP7M91062-001_datasheet.pdf" target="blank">AMPXP-QOR-TQP7M91062-001</a> </td> <td> QFN </td> <td> Amplifier </td> <td> </td> <td> 30.0 </td> <td> ADS </td> <td> </td> <td> Unknown </td> <td>   </td> <td> </td> </tr> </tbody> </table> <script type="text/javascript" charset="utf8" src="/Scripts/jquery-1.11.3.min.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/jquery.dataTables.min.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/dataTables.fixedHeader.min.js"></script> <script> var table = $('#example').DataTable({ paging: false, scrollY: 400, scrollX: true, "aLengthMenu": [[-1, 10, 25, 50], ["All", 10, 25, 50]], "columnDefs": [ { "targets": [8], "visible": false, "searchable": true }, { "targets": [10], "visible": false, "searchable": true } ], "dom": 'l<"search"f>rtip', "order": [[1, 'asc'], [2, 'asc']] }); </script> </div> </div> <div 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> <div id="literature" class="tab-pane"> <br /> <head> <title>Library App Notes</title>  <link rel="stylesheet" type="text/css" href="/Content/jquery.dataTables.css"> <link rel="stylesheet" type="text/css" href="/Content/dataTables.fixedHeader.css">  <script type="text/javascript" charset="utf8" src="/Scripts/jquery.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/jquery.dataTables.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/dataTables.fixedHeader.js"></script> </head>  <br /> <head> <title>Library Brochures</title>  <link rel="stylesheet" type="text/css" href="/Content/jquery.dataTables.css"> <link rel="stylesheet" type="text/css" href="/Content/dataTables.fixedHeader.css">  <script type="text/javascript" charset="utf8" src="/Scripts/jquery.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/jquery.dataTables.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/dataTables.fixedHeader.js"></script> </head>  <br />  <script> $(document).ready(function () { $('[data-toggle="tooltip"]').tooltip(); }); </script> <br />   <br />  <br /> </div> <div id="presentations" class="tab-pane"> <head> <title>Library Presentations</title>  <link rel="stylesheet" type="text/css" href="/Content/jquery.dataTables.css"> <link rel="stylesheet" type="text/css" href="/Content/dataTables.fixedHeader.css">  <script type="text/javascript" charset="utf8" src="/Scripts/jquery.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/jquery.dataTables.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/dataTables.fixedHeader.js"></script> </head>  <br /> <head> <title>Library Videos</title>  <link rel="stylesheet" type="text/css" href="/Content/jquery.dataTables.css"> <link rel="stylesheet" type="text/css" href="/Content/dataTables.fixedHeader.css">  <script type="text/javascript" charset="utf8" src="/Scripts/jquery.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/jquery.dataTables.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/dataTables.fixedHeader.js"></script> </head>  </div> <div id="videos" class="tab-pane"> <head> <title>Library Videos</title>  <link rel="stylesheet" type="text/css" href="/Content/jquery.dataTables.css"> <link rel="stylesheet" type="text/css" href="/Content/dataTables.fixedHeader.css">  <script type="text/javascript" charset="utf8" src="/Scripts/jquery.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/jquery.dataTables.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/dataTables.fixedHeader.js"></script> </head>  </div> <div id="promos" class="tab-pane"> <head> <title>Press Release</title>  <link rel="stylesheet" type="text/css" href="/Content/jquery.dataTables.css"> <link rel="stylesheet" type="text/css" href="/Content/dataTables.fixedHeader.css">  <script type="text/javascript" charset="utf8" src="/Scripts/jquery.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/jquery.dataTables.js"></script> <script type="text/javascript" charset="utf8" src="/Scripts/dataTables.fixedHeader.js"></script> </head>  </div> </div> </div> </div> <div class="row col-10"><img src="/Images/Misc/DividerS.png" /></div> <div class=" row"> <div class="col-md-4"> <a href="/home/fixtures"> <img src="/Images/Misc/fixtures.jpg" /></a> </div> <div class="col-md-4"> <a href="/MVP"> <img src="/Images/Misc/mvp1.png" /></a> </div> <div class="col-md-4"> <a href="/home/news"><img src="/Images/Misc/news12.png" /></a> </div> </div>  <script> // External Filter $('select').on('change', function () { //alert("Hello! I am an alert box!!"); $.ajax({ url: '/model/getrich', dataType: 'html', data: { simulator2: Simulator.value, device2: Device.value, vendor2: Vendor.value, bstyle2: Bstyle.value, feature2: Feature.value }, traditional: true, type: 'POST', success: function (content) { $("#pview2").html(content); } }); }); function RadioClear() { var selects = document.getElementsByTagName('select'); var len = selects.length; for (var i = 0; i < len; i++) { selects[i].selectedIndex = 1; Device.value = ''; Simulator.value = ''; Vendor.value = ''; Bstyle.value = ''; Library.value = ''; Feature.value = ''; var sims = Device.value + ' ' + Simulator.value + ' ' + Vendor.value + ' ' + Bstyle.value + ' ' + Library.value + ' ' + Feature.value; sims = sims.replace(/_/g, ' '); table .search(sims) .draw(); } } function format(dataSource) { var html = '<table cellpadding="5" cellspacing="0" border="0" style="padding-left:50px;">'; for (var key in dataSource) { html += '<tr>' + '<td width="20%">' + key + '</td>' + '<td width="80%">' + dataSource[key] + '</td>' + '</tr>'; } return html += '</table>'; } // Event listener for opening and closing details $('#example').on('click', 'td.details-control', function () { var tr = $(this).closest('tr'); var row = table.row(tr); if (row.child.isShown()) { // This row is already open - close it row.child.hide(); tr.removeClass('shown'); } else { // Open this row var dsc = String(tr.data('key-6')).replace(/%20%/g, " "); var dtype = String(tr.data('key-8')).replace(/%20%/g, " "); var ads2 = String(tr.data('key-3')).replace(/%20%/g, " "); var mwo2 = String(tr.data('key-5')).replace(/%20%/g, " "); var genesys2 = String(tr.data('key-10')).replace(/%20%/g, " "); var ansys2 = String(tr.data('key-11')).replace(/%20%/g, " "); var sonnet2 = String(tr.data('key-12')).replace(/%20%/g, " "); row.child(format({ 'Model Description:': dsc, 'Model Device Type:': dtype, 'Available Modelithics Libraries:': tr.data('key-1'), 'Available Simulators:': tr.data('key-2'), 'Keysight ADS Model Download:': '<a href="/Requests/Exemplar?company=ADS">' + ads2 + '</a>', 'Cadence AWRDE Model Download:': '<a href="/Requests/Exemplar?company=AWR">' + mwo2 + '</a>', 'Keysight Genesys Model Download:': '<a href="/Requests/Exemplar?company=Genesys">' + genesys2 + '</a>', 'Ansys HFSS Model Download': '<a href="/Requests/Exemplar?company=Ansys">' + ansys2 + '</a>', 'Sonnet Model Download': '<a href="/Requests/Exemplar?company=Sonnet">' + sonnet2 + '</a>' //'Sparameter Download Link:': tr.data('key-9'), //'Component Image:': '<img src="' + tr.data('key-7') + '" width="200px" height="100px">' })).show(); tr.addClass('shown'); } }); </script> <script> $(function () { $('.pop').on('click', function () { $('.imagepreview').attr('src', $(this).find('img').attr('src')); $('#imagemodal').modal('show'); }); }); </script>  <script type="text/javascript" src="../jquery.smartmenus.js"></script>  <script type="text/javascript" src="../addons/bootstrap/jquery.smartmenus.bootstrap.js"></script> <hr /> <div class="jumbotron footer2"> <div class="row" id="panel-footer"> <div class="col-md-4"> <ul> <li class="footer2"><a href="/home/privacy">Privacy Statement</a></li> <li><a href="/home/terms">Terms of use</a></li> </ul> <p class="small">© 2025 - Modelithics</p> </div>  <div class="col-md-5 footer3"> <strong><i>Excellence in Modeling Since 2001!</i></strong> <br /> <h5 class="small">We value your feedback about our products and services</h5> <a class="btn btn-default footer3" href="https://www.surveymonkey.com/r/MDLXWebFB" target="_blank">Website feedback and suggestions »</a> </div> <div class="col-md-3"> <h4>Connect with us</h4> <p> <a href="https://www.facebook.com/Modelithics" target="_blank"><img src="/Images/SocialMedia/facebook.png" class="img-thumbnail img-responsive" width="32" height="32"></a> <a href="https://www.linkedin.com/company/modelithics-inc-" target="_blank"><img src="/Images/SocialMedia/linkedin.png" class="img-thumbnail img-responsive" width="32" height="32"></a> <a href="https://www.youtube.com/channel/UCqza4urCNHXRtnyO-K0w44g" target="_blank"><img src="/Images/SocialMedia/YouTube.png" class="img-thumbnail img-responsive" width="32" height="32"></a> </p> </div>  </div> </div>  <input id="searchBox" type="hidden" placeholder="search" /> </div>   <script src="/bundles/bootstrap?v=oGiR7sOX6BKMRORe0vmnBki0IEjhw5-XzIUtfAza53Q1"></script>  <script> $("p,h1,h2,h3,h4,li,a").each(function () { $(this).html($(this).html().replace(/®/gi, '<sup>®</sup>').replace(/®/gi, '<sup>® </sup>')); }); </script> <script src="https://cdn.jsdelivr.net/npm/cookieconsent@3/build/cookieconsent.min.js" data-cfasync="false"></script> <script> window.cookieconsent.initialise({ "palette": { "popup": { "background": "#edeff5", "text": "#838391" }, "button": { "background": "#4b81e8" } }, "type": "opt-out", "content": { "message": "We use cookies to analyze our traffic. We also share information about your use of our site with our partners. For more information on how we use cookies, please visit our Privacy Statement. By using our website, you acknowledge this notice of our cookie practices.", "href": "https://www.modelithics.com/home/privacy" } }); </script> </body> </html>

CINXE.COM

Modelithics Richardson MVP Model Listing - Modelithics, Inc.