CINXE.COM

<!doctype html> <html> <head> <meta charset="UTF-8"/> <title>IFWS2022</title> <meta name="keywords" content="IFWS2022"/> <meta name="description" content="IFWS2022"/> <meta name="viewport" content="width=device-width,initial-scale=0.336"> <link rel="shortcut icon" type="image/x-icon" href="http://www.casmita.com/favicon.ico"/> <link rel="bookmark" type="image/x-icon" href="http://www.casmita.com/favicon.ico"/> <link rel="archives" title="半导体产业网" href="http://www.casmita.com/archiver/"/> <link rel="stylesheet" type="text/css" href="http://www.casmita.com/skin/default/style.css"/> <link rel="stylesheet" type="text/css" href="http://www.casmita.com/skin/default/iconfont.css"/> <link rel="stylesheet" type="text/css" href="http://www.casmita.com/skin/default/video.css"/> <script type="text/javascript">window.onerror=function(){return true;}</script><script type="text/javascript" src="http://www.casmita.com/lang/zh-cn/lang.js"></script> <script type="text/javascript" src="http://www.casmita.com/file/script/config.js"></script> <script type="text/javascript" src="http://www.casmita.com/file/script/jquery-2.1.1.min.js"></script> <script type="text/javascript" src="http://www.casmita.com/file/script/common.js"></script> <script type="text/javascript" src="http://www.casmita.com/file/script/page.js"></script> <script type="text/javascript" src="http://www.casmita.com/file/script/jquery.slider.js"></script> <script type="text/javascript"> GoMobile('http://www.casmita.com/mobile/video/list.php?catid=76'); var searchid = 25; </script> </head> <body> <div class="shortcut" id="shortcut"> <div class="m"> <div class="right" id="destoon_member"></div> <div class="left"> </div> </div> </div> <div class="header" id="head"> <div class="m"> <div class="logo f_l"><a href="http://www.casmita.com/"><img src="http://www.casmita.com/file/upload/202104/25/110558661.png" alt="半导体产业网"/></a></div> <div class="search_box"> <div> <form id="search" action="http://www.casmita.com/video/search.php" onsubmit="return Dsearch(1);"> <input type="hidden" name="moduleid" value="25" id="moduleid"/> <input type="hidden" name="spread" value="0" id="spread"/> <input type="text" name="kw" id="kw" class="search_kw" value="请输入关键词" onfocus="if(this.value=='请输入关键词') this.value='';" onkeyup="STip(this.value);" autocomplete="off" x-webkit-speech speech/><input type="text" id="search_ms" class="search_ms" value="视频" onfocus="this.blur();" onclick="$('.modulelist').fadeIn('fast');" readonly/><input type="submit" value="搜索" class="search_sb"/> </form> </div> <div class="modulelist" id="modulelist" style="display:none;" onmouseout="Dh('modulelist');" onmouseover="Ds('modulelist');"> <li onclick="setModule('21','新闻资讯')">新闻资讯</li><li onclick="setModule('8','行业活动')">行业活动</li><li onclick="setModule('11','专题聚焦')">专题聚焦</li><li onclick="setModule('9','招聘求职')">招聘求职</li><li onclick="setModule('15','资料下载')">资料下载</li><li onclick="setModule('25','视频')">视频</li></div> </div> <div class="hot_keywords f_l"> <span><a href="http://www.casmita.com/video/search.php?kw=led">led</a>  <a href="http://www.casmita.com/video/search.php?kw=%E7%B4%AB%E5%A4%96">紫外</a>  <a href="http://www.casmita.com/video/search.php?kw=%E5%8D%8A%E5%AF%BC%E4%BD%93">半导体</a>  <a href="http://www.casmita.com/video/search.php?kw=%E6%8A%80%E6%9C%AF">技术</a>  <a href="http://www.casmita.com/video/search.php?kw=%E5%8F%91%E5%B1%95">发展</a>  <a href="http://www.casmita.com/video/search.php?kw=%E6%B0%AE%E5%8C%96%E9%95%93">氮化镓</a>  <a href="http://www.casmita.com/video/search.php?kw=%E8%AE%BE%E8%AE%A1">设计</a>  <a href="http://www.casmita.com/video/search.php?kw=%E7%A7%91%E6%8A%80">科技</a>  </span> </div> </div> </div> <div class="menu" id="menu"> <div class="m"> <ul> <li><a href="http://www.casmita.com/"><span>首页</span></a></li> <li><a href="http://www.casmita.com/news/"><span>新闻资讯</span></a></li><li><a href="http://www.casmita.com/exhibit/"><span>行业活动</span></a></li><li><a href="http://www.casmita.com/special/"><span>专题聚焦</span></a></li><li><a href="http://www.casmita.com/job/"><span>招聘求职</span></a></li><li><a href="http://www.casmita.com/down/"><span>资料下载</span></a></li><li class="on"><a href="http://www.casmita.com/video/"><span>视频</span></a></li></ul> </div> </div><div class="m"> <div class="channel"> <a href="http://www.casmita.com/video/" target="_self" class="">全部</a> <a href="list.php?catid=76" target="_self" class=" active">IFWS2022</a></div> <div class="body clearfix"> <div class="l-con"> <div class="video-floor"> <div class="dynamic-title"><div class="title clearfix"><span class="icon"></span><span class="name">最新动态</span></div></div> <div class="storey-box clearfix"> <div class="v-list"> <div class="spread-module"><a href="http://www.casmita.com/video/201912/31/20.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="荷兰代尔夫特理工大学教授Braham FERREIRA：宽禁带功率半导体国际技术路线图" src="http://www.china-led.net/file/upload/201911/29/11-57-59-98-1508.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="cover"></div><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p title="荷兰代尔夫特理工大学教授Braham FERREIRA：宽禁带功率半导体国际技术路线图" class="t">荷兰代尔夫特理工大学教授Braham FERREIRA：宽禁带功率半导体国际技术路线图</p><p class="num"><span class="play"><i class="icon"></i>5926</span><span class="danmu"><i class="icon"></i>0</span></p></a></div> <div class="spread-module"><a href="http://www.casmita.com/video/202003/18/554500.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="台湾科技大学Hung-Wei CHEN：照明光对人体昼夜节律影响之研究" src="http://vod.jizhi.top/1ed2c9dbc41544519baacd0df9c28a52/snapshots/e0171f18ded845878fc49a1b60231881-00005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="cover"></div><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p title="台湾科技大学Hung-Wei CHEN：照明光对人体昼夜节律影响之研究" class="t">台湾科技大学Hung-Wei CHEN：照明光对人体昼夜节律影响之研究</p><p class="num"><span class="play"><i class="icon"></i>5757</span><span class="danmu"><i class="icon"></i>0</span></p></a></div> <div class="spread-module"><a href="http://www.casmita.com/video/202003/10/554731.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="意大利ORCHESTRA总裁Guido COLOMBO：工业4.0：对于电子工业和产品的大好时机" src="http://vod.jizhi.top/ea677d2063e2412a8b2ae820b560089b/snapshots/7ad1c43e4f9540d7b4636b24b651220d-00005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="cover"></div><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p title="意大利ORCHESTRA总裁Guido COLOMBO：工业4.0：对于电子工业和产品的大好时机" class="t">意大利ORCHESTRA总裁Guido COLOMBO：工业4.0：对于电子工业和产品的大好时机</p><p class="num"><span class="play"><i class="icon"></i>5679</span><span class="danmu"><i class="icon"></i>0</span></p></a></div> <div class="spread-module"><a href="http://www.casmita.com/video/201905/31/4.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="中国工程院院士陈良惠：固态照明的历史使命与紫外LED的新机遇" src="http://vod.jizhi.top/snapshot/ba728c8d44c84953bd0f32c6c0c474a100005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="cover"></div><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p title="中国工程院院士陈良惠：固态照明的历史使命与紫外LED的新机遇" class="t">中国工程院院士陈良惠：固态照明的历史使命与紫外LED的新机遇</p><p class="num"><span class="play"><i class="icon"></i>5386</span><span class="danmu"><i class="icon"></i>0</span></p></a></div> <div class="spread-module"><a href="http://www.casmita.com/video/201912/31/18.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="英诺赛科科技有限公司董事长骆薇薇：硅基氮化镓产业化发展的机遇与挑战" src="http://www.china-led.net/file/upload/201911/29/16-23-42-76-1508.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="cover"></div><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p title="英诺赛科科技有限公司董事长骆薇薇：硅基氮化镓产业化发展的机遇与挑战" class="t">英诺赛科科技有限公司董事长骆薇薇：硅基氮化镓产业化发展的机遇与挑战</p><p class="num"><span class="play"><i class="icon"></i>5386</span><span class="danmu"><i class="icon"></i>0</span></p></a></div> <div class="spread-module"><a href="http://www.casmita.com/video/201912/31/21.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="德国爱思强股份有限公司Vincent MERIC：化合物半导体外延量产解决方案" src="http://www.china-led.net/file/upload/201911/28/10-51-05-52-11.png"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="cover"></div><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p title="德国爱思强股份有限公司Vincent MERIC：化合物半导体外延量产解决方案" class="t">德国爱思强股份有限公司Vincent MERIC：化合物半导体外延量产解决方案</p><p class="num"><span class="play"><i class="icon"></i>4822</span><span class="danmu"><i class="icon"></i>0</span></p></a></div> <div class="spread-module"><a href="http://www.casmita.com/video/201905/31/5.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="长治市第三代半导体紫外LED产业发展规划" src="http://www.china-led.net/file/upload/201905/31/09-43-59-71-13.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="cover"></div><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p title="长治市第三代半导体紫外LED产业发展规划" class="t">长治市第三代半导体紫外LED产业发展规划</p><p class="num"><span class="play"><i class="icon"></i>4453</span><span class="danmu"><i class="icon"></i>0</span></p></a></div> <div class="spread-module"><a href="http://www.casmita.com/video/202003/18/554501.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="英国纽卡斯尔大学视觉神经科学教授Anya HURLBERT：不同光谱对人类健康的影响" src="http://vod.jizhi.top/16764a89eb5b4563b091dbb302ad9345/snapshots/20e506229ff64f36830a084b920d63ec-00005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="cover"></div><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p title="英国纽卡斯尔大学视觉神经科学教授Anya HURLBERT：不同光谱对人类健康的影响" class="t">英国纽卡斯尔大学视觉神经科学教授Anya HURLBERT：不同光谱对人类健康的影响</p><p class="num"><span class="play"><i class="icon"></i>4236</span><span class="danmu"><i class="icon"></i>0</span></p></a></div> <div class="spread-module"><a href="http://www.casmita.com/video/202003/10/554732.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="【视频报告】郑州大学Mussaab I. NIASS：蓝宝石基B0.375GaN/B0.45GaN量子阱结构的激光二极管中n-p电极对于p型电导率的影响" src="http://vod.jizhi.top/f00dd26f928d4de99961f4e975536a9b/snapshots/8a30f4bfc57740b7b7f96150bacd0f52-00005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="cover"></div><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p title="【视频报告】郑州大学Mussaab I. NIASS：蓝宝石基B0.375GaN/B0.45GaN量子阱结构的激光二极管中n-p电极对于p型电导率的影响" class="t">【视频报告】郑州大学Mussaab I. NIASS：蓝宝石基B0.375GaN/B0.45GaN量子阱结构的激光二极管中n-p电极对于p型电导率的影响</p><p class="num"><span class="play"><i class="icon"></i>4223</span><span class="danmu"><i class="icon"></i>0</span></p></a></div> <div class="spread-module"><a href="http://www.casmita.com/video/202003/10/554734.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="【视频报告】俄罗斯STR Group Andrey SMIRNOV：碳化硅生长和衬底建模以及基于MOVPE技术的氮化镓生长模拟" src="http://vod.jizhi.top/72774e109dd3425995a60e41408dc679/snapshots/1633d5ae86294cbc86e22459a573b837-00005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="cover"></div><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p title="【视频报告】俄罗斯STR Group Andrey SMIRNOV：碳化硅生长和衬底建模以及基于MOVPE技术的氮化镓生长模拟" class="t">【视频报告】俄罗斯STR Group Andrey SMIRNOV：碳化硅生长和衬底建模以及基于MOVPE技术的氮化镓生长模拟</p><p class="num"><span class="play"><i class="icon"></i>3623</span><span class="danmu"><i class="icon"></i>0</span></p></a></div> </div> </div> </div> <div id="videolist_box" class="video-list list-c"> <div class="vl-hd clearfix"> <div class="left"> <ul class="tab-list order-tab"><a href="#/all/default"><li class="on">时间排序</li></a><a href="#/all/click/0/1/2020-04-26,2020-05-03"><li class="">热度排序</li></a></ul> </div> <div class="right"> <ul class="tab-list display-tab"><li class="mod-1 on"></li><li class="mod-2"></li><li class="mod-3"></li></ul> </div> </div> <div class="vd-list-cnt"> <ul class="vd-list mod-1"> <li><div class="l-item"><div class="l"><div class="spread-module"><a href="http://www.casmita.com/video/202305/22/557400.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="日本京都大学教授Naoki SHINOHARA：太阳能卫星及相关波束无线电力传输技术的最新研发进展" src="https://vod.jizhi.top/snapshot/d4f3be10f87171ed89226632b68f010200002.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p class="t">日本京都大学教授Naoki SHINOHARA：太阳能卫星及相关波束无线电力传输技术的最新研发进展</p><p class="num"><span class="play"><i class="icon"></i>1058</span><span class="danmu"><i class="icon"></i>0</span></p></a></div></div><div class="r"><a href="http://www.casmita.com/video/202305/22/557400.html" target="_blank" title="日本京都大学教授Naoki SHINOHARA：太阳能卫星及相关波束无线电力传输技术的最新研发进展" class="title">日本京都大学教授Naoki SHINOHARA：太阳能卫星及相关波束无线电力传输技术的最新研发进展</a><div class="v-desc">太阳能卫星及相关波束无线电力传输技术的最新研发进展Recent RD of Solar Power Satellite and Related Beam Wireless Power Transfer TechnologyNaoki SHINOHARA日本京都大学教授NaokiSHINOHARAProfessor of Kyoto University,Japan</div><div class="v-info"><span class="v-info-i"><i title="观看" class="b-icon b-icon-v-play"></i><span>1058</span></span><span class="v-info-i"><i title="评论" class="b-icon b-icon-v-dm"></i><span>0</span></span><span class="v-info-i"><i title="收藏" class="b-icon b-icon-v-fav"></i><span>0</span></span></div><div class="up-info"><a href="" target="_blank" class="v-author">guansheng</a><span title="日期" class="v-date">2023-05-22 15:27</span></div></div></div></li> <li><div class="l-item"><div class="l"><div class="spread-module"><a href="http://www.casmita.com/video/202305/22/557399.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="西安电子科技大学王鹏飞；双阈值耦合AlGaN/GaN HEMT中用于优化Ka波段高电场线性度的多指漏极板研究" src="https://vod.jizhi.top/snapshot/701db9c0f40a71edbffa0764a3fc010200005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p class="t">西安电子科技大学王鹏飞；双阈值耦合AlGaN/GaN HEMT中用于优化Ka波段高电场线性度的多指漏极板研究</p><p class="num"><span class="play"><i class="icon"></i>950</span><span class="danmu"><i class="icon"></i>0</span></p></a></div></div><div class="r"><a href="http://www.casmita.com/video/202305/22/557399.html" target="_blank" title="西安电子科技大学王鹏飞；双阈值耦合AlGaN/GaN HEMT中用于优化Ka波段高电场线性度的多指漏极板研究" class="title">西安电子科技大学王鹏飞；双阈值耦合AlGaN/GaN HEMT中用于优化Ka波段高电场线性度的多指漏极板研究</a><div class="v-desc">双阈值耦合AlGaN/GaN HEMT中用于优化Ka波段高电场线性度的多指漏极板研究Investigation of multi-fingers drain field plate in dual-threshold coupling AlGaN/GaN HEMTs for optimizing linearity at high electrical field in Ka-bands王鹏飞西安电子科技大学Wang PengfeiXidian University</div><div class="v-info"><span class="v-info-i"><i title="观看" class="b-icon b-icon-v-play"></i><span>950</span></span><span class="v-info-i"><i title="评论" class="b-icon b-icon-v-dm"></i><span>0</span></span><span class="v-info-i"><i title="收藏" class="b-icon b-icon-v-fav"></i><span>0</span></span></div><div class="up-info"><a href="" target="_blank" class="v-author">guansheng</a><span title="日期" class="v-date">2023-05-22 15:22</span></div></div></div></li> <li><div class="l-item"><div class="l"><div class="spread-module"><a href="http://www.casmita.com/video/202305/22/557398.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="昂瑞微电子副总经理黄鑫：国产突破，中国射频前端产业引领5G 芯时代" src="https://vod.jizhi.top/snapshot/d4426470f40871edbfbe0764a0ec010200005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p class="t">昂瑞微电子副总经理黄鑫：国产突破，中国射频前端产业引领5G 芯时代</p><p class="num"><span class="play"><i class="icon"></i>1025</span><span class="danmu"><i class="icon"></i>0</span></p></a></div></div><div class="r"><a href="http://www.casmita.com/video/202305/22/557398.html" target="_blank" title="昂瑞微电子副总经理黄鑫：国产突破，中国射频前端产业引领5G 芯时代" class="title">昂瑞微电子副总经理黄鑫：国产突破，中国射频前端产业引领5G 芯时代</a><div class="v-desc">国产突破，中国射频前端产业引领5G 芯时代Domestic breakthrough, China's RF front-end industry leads the 5G Chip era黄鑫北京昂瑞微电子技术股份有限公司副总经理HUANG XinVice General Manager of Beijing OnMicro Electronics Co., Ltd.</div><div class="v-info"><span class="v-info-i"><i title="观看" class="b-icon b-icon-v-play"></i><span>1025</span></span><span class="v-info-i"><i title="评论" class="b-icon b-icon-v-dm"></i><span>0</span></span><span class="v-info-i"><i title="收藏" class="b-icon b-icon-v-fav"></i><span>0</span></span></div><div class="up-info"><a href="" target="_blank" class="v-author">guansheng</a><span title="日期" class="v-date">2023-05-22 15:21</span></div></div></div></li> <li><div class="l-item"><div class="l"><div class="spread-module"><a href="http://www.casmita.com/video/202305/22/557397.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="山东大学新一代半导体材料研究院研究员崔鹏：电流/功率截止频率为135/310 GHz的高性能硅基InAlN/GaN HEMTs" src="https://vod.jizhi.top/snapshot/318922a0f40871edb0346732b68f010200005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p class="t">山东大学新一代半导体材料研究院研究员崔鹏：电流/功率截止频率为135/310 GHz的高性能硅基InAlN/GaN HEMTs</p><p class="num"><span class="play"><i class="icon"></i>1086</span><span class="danmu"><i class="icon"></i>0</span></p></a></div></div><div class="r"><a href="http://www.casmita.com/video/202305/22/557397.html" target="_blank" title="山东大学新一代半导体材料研究院研究员崔鹏：电流/功率截止频率为135/310 GHz的高性能硅基InAlN/GaN HEMTs" class="title">山东大学新一代半导体材料研究院研究员崔鹏：电流/功率截止频率为135/310 GHz的高性能硅基InAlN/GaN HEMTs</a><div class="v-desc">电流/功率截止频率为135/310 GHz的高性能硅基InAlN/GaN HEMTsHigh-Performance InAlN/GaN HEMTs on Silicon Substrate with fT/fmax of 135/310 GHz 崔鹏山东大学新一代半导体材料研究院研究员CUIPengResearch Fellow of the Institute of Novel Semiconductor of Shandong University</div><div class="v-info"><span class="v-info-i"><i title="观看" class="b-icon b-icon-v-play"></i><span>1086</span></span><span class="v-info-i"><i title="评论" class="b-icon b-icon-v-dm"></i><span>0</span></span><span class="v-info-i"><i title="收藏" class="b-icon b-icon-v-fav"></i><span>0</span></span></div><div class="up-info"><a href="" target="_blank" class="v-author">guansheng</a><span title="日期" class="v-date">2023-05-22 15:20</span></div></div></div></li> <li><div class="l-item"><div class="l"><div class="spread-module"><a href="http://www.casmita.com/video/202305/22/557396.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="中国电科十三所正高级工程师杜鹏搏：47GHz-52GHz功率放大器芯片套片设计" src="https://vod.jizhi.top/snapshot/0f85c700f40671ed8e7d6732b78e010200005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p class="t">中国电科十三所正高级工程师杜鹏搏：47GHz-52GHz功率放大器芯片套片设计</p><p class="num"><span class="play"><i class="icon"></i>984</span><span class="danmu"><i class="icon"></i>0</span></p></a></div></div><div class="r"><a href="http://www.casmita.com/video/202305/22/557396.html" target="_blank" title="中国电科十三所正高级工程师杜鹏搏：47GHz-52GHz功率放大器芯片套片设计" class="title">中国电科十三所正高级工程师杜鹏搏：47GHz-52GHz功率放大器芯片套片设计</a><div class="v-desc">47GHz-52GHz功率放大器芯片套片设计Design of 47GHz-52GHz Power Amplifier Chipset 杜鹏搏中国电科十三所正高级工程师、河北新华北集成电路有限公司副总经理DUPengboSenior Engineer of Hebei Semiconductor Institute, Deputy General Manager of Hebei New North China Integrated Circuit Co., Ltd</div><div class="v-info"><span class="v-info-i"><i title="观看" class="b-icon b-icon-v-play"></i><span>984</span></span><span class="v-info-i"><i title="评论" class="b-icon b-icon-v-dm"></i><span>0</span></span><span class="v-info-i"><i title="收藏" class="b-icon b-icon-v-fav"></i><span>0</span></span></div><div class="up-info"><a href="" target="_blank" class="v-author">guansheng</a><span title="日期" class="v-date">2023-05-22 15:19</span></div></div></div></li> <li><div class="l-item"><div class="l"><div class="spread-module"><a href="http://www.casmita.com/video/202305/22/557395.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="南京理工大学副教授黄同德：28GHz氮化镓基时间调制波束成形系统" src="https://vod.jizhi.top/snapshot/f79e59f0f40471ed8c7d6632b68f010200005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p class="t">南京理工大学副教授黄同德：28GHz氮化镓基时间调制波束成形系统</p><p class="num"><span class="play"><i class="icon"></i>1065</span><span class="danmu"><i class="icon"></i>0</span></p></a></div></div><div class="r"><a href="http://www.casmita.com/video/202305/22/557395.html" target="_blank" title="南京理工大学副教授黄同德：28GHz氮化镓基时间调制波束成形系统" class="title">南京理工大学副教授黄同德：28GHz氮化镓基时间调制波束成形系统</a><div class="v-desc">28GHz氮化镓基时间调制波束成形系统28GHz GaN based time modulated beamforming system黄同德南京理工大学副教授HUANG TongdeAssociate Professor of Nanjing University of Science and Technology</div><div class="v-info"><span class="v-info-i"><i title="观看" class="b-icon b-icon-v-play"></i><span>1065</span></span><span class="v-info-i"><i title="评论" class="b-icon b-icon-v-dm"></i><span>0</span></span><span class="v-info-i"><i title="收藏" class="b-icon b-icon-v-fav"></i><span>0</span></span></div><div class="up-info"><a href="" target="_blank" class="v-author">guansheng</a><span title="日期" class="v-date">2023-05-22 15:18</span></div></div></div></li> <li><div class="l-item"><div class="l"><div class="spread-module"><a href="http://www.casmita.com/video/202305/22/557394.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="能讯高能半导体副总裁裴轶：氮化镓推动5G、射频能源及其他领域的创新" src="https://vod.jizhi.top/snapshot/e525b900f40271edb0306732b68f010200005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p class="t">能讯高能半导体副总裁裴轶：氮化镓推动5G、射频能源及其他领域的创新</p><p class="num"><span class="play"><i class="icon"></i>1066</span><span class="danmu"><i class="icon"></i>0</span></p></a></div></div><div class="r"><a href="http://www.casmita.com/video/202305/22/557394.html" target="_blank" title="能讯高能半导体副总裁裴轶：氮化镓推动5G、射频能源及其他领域的创新" class="title">能讯高能半导体副总裁裴轶：氮化镓推动5G、射频能源及其他领域的创新</a><div class="v-desc">氮化镓推动5G、射频能源及其他领域的创新GaN Driving innovation in 5G, RF Energy and beyond裴轶苏州能讯高能半导体有限公司副总裁PEI YiVice President of Dynax Semiconductor, Inc</div><div class="v-info"><span class="v-info-i"><i title="观看" class="b-icon b-icon-v-play"></i><span>1066</span></span><span class="v-info-i"><i title="评论" class="b-icon b-icon-v-dm"></i><span>0</span></span><span class="v-info-i"><i title="收藏" class="b-icon b-icon-v-fav"></i><span>0</span></span></div><div class="up-info"><a href="" target="_blank" class="v-author">guansheng</a><span title="日期" class="v-date">2023-05-22 15:17</span></div></div></div></li> <li><div class="l-item"><div class="l"><div class="spread-module"><a href="http://www.casmita.com/video/202305/22/557393.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="复旦大学教授黄伟：宽带GaN毫米波新器件研究" src="https://vod.jizhi.top/snapshot/f4152570f3ff71ed800c6733a68f010200005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p class="t">复旦大学教授黄伟：宽带GaN毫米波新器件研究</p><p class="num"><span class="play"><i class="icon"></i>901</span><span class="danmu"><i class="icon"></i>0</span></p></a></div></div><div class="r"><a href="http://www.casmita.com/video/202305/22/557393.html" target="_blank" title="复旦大学教授黄伟：宽带GaN毫米波新器件研究" class="title">复旦大学教授黄伟：宽带GaN毫米波新器件研究</a><div class="v-desc">宽带GaN毫米波新器件研究Research on Broadband GaN Millimeter Wave Devices黄伟复旦大学教授HUANG WeiProfessor of Fudan University</div><div class="v-info"><span class="v-info-i"><i title="观看" class="b-icon b-icon-v-play"></i><span>901</span></span><span class="v-info-i"><i title="评论" class="b-icon b-icon-v-dm"></i><span>0</span></span><span class="v-info-i"><i title="收藏" class="b-icon b-icon-v-fav"></i><span>0</span></span></div><div class="up-info"><a href="" target="_blank" class="v-author">guansheng</a><span title="日期" class="v-date">2023-05-22 15:16</span></div></div></div></li> <li><div class="l-item"><div class="l"><div class="spread-module"><a href="http://www.casmita.com/video/202305/22/557392.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="国博电子副总经理钱峰：5G移动通信用化合物器件研究" src="https://vod.jizhi.top/snapshot/c887b3a0f3ff71edbfbf5107e0c9010200005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p class="t">国博电子副总经理钱峰：5G移动通信用化合物器件研究</p><p class="num"><span class="play"><i class="icon"></i>894</span><span class="danmu"><i class="icon"></i>0</span></p></a></div></div><div class="r"><a href="http://www.casmita.com/video/202305/22/557392.html" target="_blank" title="国博电子副总经理钱峰：5G移动通信用化合物器件研究" class="title">国博电子副总经理钱峰：5G移动通信用化合物器件研究</a><div class="v-desc">5G移动通信用化合物器件研究Research on Compound Semiconductor Devices for 5G Mobile Communication钱峰南京国博电子股份有限公司副总经理QIAN FengDeputy General Manager of Nanjing Guobo Electronics Co., Ltd</div><div class="v-info"><span class="v-info-i"><i title="观看" class="b-icon b-icon-v-play"></i><span>894</span></span><span class="v-info-i"><i title="评论" class="b-icon b-icon-v-dm"></i><span>0</span></span><span class="v-info-i"><i title="收藏" class="b-icon b-icon-v-fav"></i><span>0</span></span></div><div class="up-info"><a href="" target="_blank" class="v-author">guansheng</a><span title="日期" class="v-date">2023-05-22 15:15</span></div></div></div></li> <li><div class="l-item"><div class="l"><div class="spread-module"><a href="http://www.casmita.com/video/202305/22/557391.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="澳大利亚麦考瑞大学教授Sourabh KHANDELWAL：Scalable nonlinear RF modeling of GaN HEMTs with industry standard ASM" src="https://vod.jizhi.top/snapshot/672bfee0f3ff71edba9c6633b79f010200005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p class="t">澳大利亚麦考瑞大学教授Sourabh KHANDELWAL：Scalable nonlinear RF modeling of GaN HEMTs with industry standard ASM</p><p class="num"><span class="play"><i class="icon"></i>779</span><span class="danmu"><i class="icon"></i>0</span></p></a></div></div><div class="r"><a href="http://www.casmita.com/video/202305/22/557391.html" target="_blank" title="澳大利亚麦考瑞大学教授Sourabh KHANDELWAL：Scalable nonlinear RF modeling of GaN HEMTs with industry standard ASM" class="title">澳大利亚麦考瑞大学教授Sourabh KHANDELWAL：Scalable nonlinear RF modeling of GaN HEMTs with industry standard ASM</a><div class="v-desc">Scalable nonlinear RF modeling of GaN HEMTs with industry standard ASM-HEMT compact modelSourabh KHANDELWAL澳大利亚麦考瑞大学教授Sourabh KHANDELWALProfessor of Macquarie University, Australia</div><div class="v-info"><span class="v-info-i"><i title="观看" class="b-icon b-icon-v-play"></i><span>779</span></span><span class="v-info-i"><i title="评论" class="b-icon b-icon-v-dm"></i><span>0</span></span><span class="v-info-i"><i title="收藏" class="b-icon b-icon-v-fav"></i><span>0</span></span></div><div class="up-info"><a href="" target="_blank" class="v-author">guansheng</a><span title="日期" class="v-date">2023-05-22 15:14</span></div></div></div></li> <li><div class="l-item"><div class="l"><div class="spread-module"><a href="http://www.casmita.com/video/202305/22/557390.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="西交利物浦大学朱昱豪：35-5V单片集成GaN基DC-DC浮动降压转换器" src="https://vod.jizhi.top/snapshot/70597620f3fd71ed946a0674a2ce010200005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p class="t">西交利物浦大学朱昱豪：35-5V单片集成GaN基DC-DC浮动降压转换器</p><p class="num"><span class="play"><i class="icon"></i>716</span><span class="danmu"><i class="icon"></i>0</span></p></a></div></div><div class="r"><a href="http://www.casmita.com/video/202305/22/557390.html" target="_blank" title="西交利物浦大学朱昱豪：35-5V单片集成GaN基DC-DC浮动降压转换器" class="title">西交利物浦大学朱昱豪：35-5V单片集成GaN基DC-DC浮动降压转换器</a><div class="v-desc">35-5V单片集成GaN基DC-DC浮动降压转换器A 35-5 V Monolithic integrated GaN-based DC-DC Floating Buck Converter朱昱豪西交利物浦大学ZHU YuhaoXi'an Jiaotong-Liverpool University</div><div class="v-info"><span class="v-info-i"><i title="观看" class="b-icon b-icon-v-play"></i><span>716</span></span><span class="v-info-i"><i title="评论" class="b-icon b-icon-v-dm"></i><span>0</span></span><span class="v-info-i"><i title="收藏" class="b-icon b-icon-v-fav"></i><span>0</span></span></div><div class="up-info"><a href="" target="_blank" class="v-author">guansheng</a><span title="日期" class="v-date">2023-05-22 15:14</span></div></div></div></li> <li><div class="l-item"><div class="l"><div class="spread-module"><a href="http://www.casmita.com/video/202305/22/557389.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="中科院宁波材料所戴贻钧：无等离子体损伤GaN HEMT极化隔离的设计与优化" src="https://vod.jizhi.top/snapshot/8a7205f0f3fc71edbfbe5107e0c9010200005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p class="t">中科院宁波材料所戴贻钧：无等离子体损伤GaN HEMT极化隔离的设计与优化</p><p class="num"><span class="play"><i class="icon"></i>684</span><span class="danmu"><i class="icon"></i>0</span></p></a></div></div><div class="r"><a href="http://www.casmita.com/video/202305/22/557389.html" target="_blank" title="中科院宁波材料所戴贻钧：无等离子体损伤GaN HEMT极化隔离的设计与优化" class="title">中科院宁波材料所戴贻钧：无等离子体损伤GaN HEMT极化隔离的设计与优化</a><div class="v-desc">无等离子体损伤GaN HEMT极化隔离的设计与优化Design and optimization of polarization isolation toward plasma-damage-free GaN HEMT戴贻钧中国科学院宁波材料技术与工程研究所DAI YiyunNingbo Institute of Materials Technology and Engineering, Chinese Academy of Sciences</div><div class="v-info"><span class="v-info-i"><i title="观看" class="b-icon b-icon-v-play"></i><span>684</span></span><span class="v-info-i"><i title="评论" class="b-icon b-icon-v-dm"></i><span>0</span></span><span class="v-info-i"><i title="收藏" class="b-icon b-icon-v-fav"></i><span>0</span></span></div><div class="up-info"><a href="" target="_blank" class="v-author">guansheng</a><span title="日期" class="v-date">2023-05-22 15:13</span></div></div></div></li> <li><div class="l-item"><div class="l"><div class="spread-module"><a href="http://www.casmita.com/video/202305/22/557388.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="中科院苏州纳米所助理研究员钟耀宗：功率HEMT的p-GaN栅极可靠性及其加固方法" src="https://vod.jizhi.top/snapshot/64a047c0f3fb71edbff00764a3fc010200005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p class="t">中科院苏州纳米所助理研究员钟耀宗：功率HEMT的p-GaN栅极可靠性及其加固方法</p><p class="num"><span class="play"><i class="icon"></i>717</span><span class="danmu"><i class="icon"></i>0</span></p></a></div></div><div class="r"><a href="http://www.casmita.com/video/202305/22/557388.html" target="_blank" title="中科院苏州纳米所助理研究员钟耀宗：功率HEMT的p-GaN栅极可靠性及其加固方法" class="title">中科院苏州纳米所助理研究员钟耀宗：功率HEMT的p-GaN栅极可靠性及其加固方法</a><div class="v-desc">功率HEMT的p-GaN栅极可靠性及其加固方法GaN Gate Reliability and Its Reinforcement Techniques in Power HEMTs钟耀宗中国科学院苏州纳米技术与纳米仿生研究所助理研究员ZHONG YaozongAssistant Professor of Suzhou Institute of Nano-Tech and Nano-Bionics, Chinese Academy of Sciences</div><div class="v-info"><span class="v-info-i"><i title="观看" class="b-icon b-icon-v-play"></i><span>717</span></span><span class="v-info-i"><i title="评论" class="b-icon b-icon-v-dm"></i><span>0</span></span><span class="v-info-i"><i title="收藏" class="b-icon b-icon-v-fav"></i><span>0</span></span></div><div class="up-info"><a href="" target="_blank" class="v-author">guansheng</a><span title="日期" class="v-date">2023-05-22 15:12</span></div></div></div></li> <li><div class="l-item"><div class="l"><div class="spread-module"><a href="http://www.casmita.com/video/202305/22/557387.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="中国科学院北京纳米能源与系统研究所研究员胡卫国：AlGaN/GaN HEMT能带工程和界面调制" src="https://vod.jizhi.top/snapshot/545c7da0f3f871ed94620674a2ce010200005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p class="t">中国科学院北京纳米能源与系统研究所研究员胡卫国：AlGaN/GaN HEMT能带工程和界面调制</p><p class="num"><span class="play"><i class="icon"></i>966</span><span class="danmu"><i class="icon"></i>0</span></p></a></div></div><div class="r"><a href="http://www.casmita.com/video/202305/22/557387.html" target="_blank" title="中国科学院北京纳米能源与系统研究所研究员胡卫国：AlGaN/GaN HEMT能带工程和界面调制" class="title">中国科学院北京纳米能源与系统研究所研究员胡卫国：AlGaN/GaN HEMT能带工程和界面调制</a><div class="v-desc">AlGaN/GaN HEMT能带工程和界面调制AlGaN/GaN HEMT energy band engineering and interface modulation胡卫国中国科学院北京纳米能源与系统研究所研究员HU WeiguoProfessor of Beijing Institute of Nanoenergy and Systems, Chinese Academy of Sciences</div><div class="v-info"><span class="v-info-i"><i title="观看" class="b-icon b-icon-v-play"></i><span>966</span></span><span class="v-info-i"><i title="评论" class="b-icon b-icon-v-dm"></i><span>0</span></span><span class="v-info-i"><i title="收藏" class="b-icon b-icon-v-fav"></i><span>0</span></span></div><div class="up-info"><a href="" target="_blank" class="v-author">guansheng</a><span title="日期" class="v-date">2023-05-22 15:02</span></div></div></div></li> <li><div class="l-item"><div class="l"><div class="spread-module"><a href="http://www.casmita.com/video/202305/22/557386.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="电子科技大学博士陈匡黎： p-GaN Gate HEMT器件阈值稳定性及其机理" src="https://vod.jizhi.top/snapshot/ac26d090f3f771ed8e786732b78e010200005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p class="t">电子科技大学博士陈匡黎： p-GaN Gate HEMT器件阈值稳定性及其机理</p><p class="num"><span class="play"><i class="icon"></i>795</span><span class="danmu"><i class="icon"></i>0</span></p></a></div></div><div class="r"><a href="http://www.casmita.com/video/202305/22/557386.html" target="_blank" title="电子科技大学博士陈匡黎： p-GaN Gate HEMT器件阈值稳定性及其机理" class="title">电子科技大学博士陈匡黎： p-GaN Gate HEMT器件阈值稳定性及其机理</a><div class="v-desc">p-GaN Gate HEMT器件阈值稳定性及其机理Study of the Physics of Vth Instability of p-GaN Gate HEMT陈匡黎电子科技大学博士ZHOU QiProfessor of University of Electronic Science and Technology of China</div><div class="v-info"><span class="v-info-i"><i title="观看" class="b-icon b-icon-v-play"></i><span>795</span></span><span class="v-info-i"><i title="评论" class="b-icon b-icon-v-dm"></i><span>0</span></span><span class="v-info-i"><i title="收藏" class="b-icon b-icon-v-fav"></i><span>0</span></span></div><div class="up-info"><a href="" target="_blank" class="v-author">guansheng</a><span title="日期" class="v-date">2023-05-22 15:02</span></div></div></div></li> <li><div class="l-item"><div class="l"><div class="spread-module"><a href="http://www.casmita.com/video/202305/22/557385.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="美国弗吉尼亚理工大学助理教授张宇昊：中高压（1-10 kV）氮化镓功率器件新进展" src="https://vod.jizhi.top/snapshot/693ad0c0f3f671edbfbd5107e0c9010200005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p class="t">美国弗吉尼亚理工大学助理教授张宇昊：中高压（1-10 kV）氮化镓功率器件新进展</p><p class="num"><span class="play"><i class="icon"></i>1534</span><span class="danmu"><i class="icon"></i>0</span></p></a></div></div><div class="r"><a href="http://www.casmita.com/video/202305/22/557385.html" target="_blank" title="美国弗吉尼亚理工大学助理教授张宇昊：中高压（1-10 kV）氮化镓功率器件新进展" class="title">美国弗吉尼亚理工大学助理教授张宇昊：中高压（1-10 kV）氮化镓功率器件新进展</a><div class="v-desc">中高压（1-10 kV）氮化镓功率器件新进展New Progress in Medium and High Voltage (1-10 kV) GaN Power Devices张宇昊美国弗吉尼亚理工大学助理教授ZHANG Yuhao Assistant Professor, Virginia Tech University</div><div class="v-info"><span class="v-info-i"><i title="观看" class="b-icon b-icon-v-play"></i><span>1534</span></span><span class="v-info-i"><i title="评论" class="b-icon b-icon-v-dm"></i><span>0</span></span><span class="v-info-i"><i title="收藏" class="b-icon b-icon-v-fav"></i><span>0</span></span></div><div class="up-info"><a href="" target="_blank" class="v-author">guansheng</a><span title="日期" class="v-date">2023-05-22 15:01</span></div></div></div></li> <li><div class="l-item"><div class="l"><div class="spread-module"><a href="http://www.casmita.com/video/202305/22/557384.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="润新微电子副总经理王荣华：后快充时代的氮化镓功率器件产业化" src="https://vod.jizhi.top/snapshot/65519000f3f371edbfe86733a78e010200005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p class="t">润新微电子副总经理王荣华：后快充时代的氮化镓功率器件产业化</p><p class="num"><span class="play"><i class="icon"></i>642</span><span class="danmu"><i class="icon"></i>0</span></p></a></div></div><div class="r"><a href="http://www.casmita.com/video/202305/22/557384.html" target="_blank" title="润新微电子副总经理王荣华：后快充时代的氮化镓功率器件产业化" class="title">润新微电子副总经理王荣华：后快充时代的氮化镓功率器件产业化</a><div class="v-desc">后快充时代的氮化镓功率器件产业化GaN Power Devices Beyond Adapter Applications王荣华润新微电子（大连）有限公司副总经理WANG RonghuaVice General Manager of Runxin Microelectronics</div><div class="v-info"><span class="v-info-i"><i title="观看" class="b-icon b-icon-v-play"></i><span>642</span></span><span class="v-info-i"><i title="评论" class="b-icon b-icon-v-dm"></i><span>0</span></span><span class="v-info-i"><i title="收藏" class="b-icon b-icon-v-fav"></i><span>0</span></span></div><div class="up-info"><a href="" target="_blank" class="v-author">guansheng</a><span title="日期" class="v-date">2023-05-22 15:00</span></div></div></div></li> <li><div class="l-item"><div class="l"><div class="spread-module"><a href="http://www.casmita.com/video/202305/22/557383.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="加拿大滑铁卢大学副教授Lan WEI：Recent Progress of the MIT Virtual-Source GaN HEMT (MVSG) Compact Model" src="https://vod.jizhi.top/snapshot/4b8eac30f3f271ed80036733a68f010200005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p class="t">加拿大滑铁卢大学副教授Lan WEI：Recent Progress of the MIT Virtual-Source GaN HEMT (MVSG) Compact Model</p><p class="num"><span class="play"><i class="icon"></i>910</span><span class="danmu"><i class="icon"></i>0</span></p></a></div></div><div class="r"><a href="http://www.casmita.com/video/202305/22/557383.html" target="_blank" title="加拿大滑铁卢大学副教授Lan WEI：Recent Progress of the MIT Virtual-Source GaN HEMT (MVSG) Compact Model" class="title">加拿大滑铁卢大学副教授Lan WEI：Recent Progress of the MIT Virtual-Source GaN HEMT (MVSG) Compact Model</a><div class="v-desc">RecentProgressoftheMITVirtual-SourceGaNHEMT(MVSG)CompactModelLan WEI加拿大滑铁卢大学副教授Lan WEIAssociate Professor of University of Waterloo, Canada</div><div class="v-info"><span class="v-info-i"><i title="观看" class="b-icon b-icon-v-play"></i><span>910</span></span><span class="v-info-i"><i title="评论" class="b-icon b-icon-v-dm"></i><span>0</span></span><span class="v-info-i"><i title="收藏" class="b-icon b-icon-v-fav"></i><span>0</span></span></div><div class="up-info"><a href="" target="_blank" class="v-author">guansheng</a><span title="日期" class="v-date">2023-05-22 14:59</span></div></div></div></li> <li><div class="l-item"><div class="l"><div class="spread-module"><a href="http://www.casmita.com/video/202305/22/557382.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="南方科技大学深港微电子学院院长、教授于洪宇：Si基GaN器件及系统研究与产业前景" src="https://vod.jizhi.top/snapshot/40641750f3f271ed9d380764b3ec010200005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p class="t">南方科技大学深港微电子学院院长、教授于洪宇：Si基GaN器件及系统研究与产业前景</p><p class="num"><span class="play"><i class="icon"></i>1048</span><span class="danmu"><i class="icon"></i>0</span></p></a></div></div><div class="r"><a href="http://www.casmita.com/video/202305/22/557382.html" target="_blank" title="南方科技大学深港微电子学院院长、教授于洪宇：Si基GaN器件及系统研究与产业前景" class="title">南方科技大学深港微电子学院院长、教授于洪宇：Si基GaN器件及系统研究与产业前景</a><div class="v-desc">Si基GaN器件及系统研究与产业前景Research of GaN-on-Si devices and the related systems于洪宇南方科技大学深港微电子学院院长、教授YU HongyuDeanProfessor of School of Microelectronics at Southern University of Science and Technology</div><div class="v-info"><span class="v-info-i"><i title="观看" class="b-icon b-icon-v-play"></i><span>1048</span></span><span class="v-info-i"><i title="评论" class="b-icon b-icon-v-dm"></i><span>0</span></span><span class="v-info-i"><i title="收藏" class="b-icon b-icon-v-fav"></i><span>0</span></span></div><div class="up-info"><a href="" target="_blank" class="v-author">guansheng</a><span title="日期" class="v-date">2023-05-22 14:57</span></div></div></div></li> <li><div class="l-item"><div class="l"><div class="spread-module"><a href="http://www.casmita.com/video/202305/22/557381.html" target="_blank"><div class="pic"><div class="lazy-img"><img alt="南京邮电大学博士刘建华：氮化镓功率器件耐压理论与电场均匀化技术研究" src="https://vod.jizhi.top/snapshot/5f4e3e50f3ef71edbfc77035d0b2010200005.jpg"></div><i class="icon medal "></i><div class="cover-preview-module"><div class="progress-bar"><span style="width: 0%;"></span></div></div><div class="mask-video"></div><div class="danmu-module"></div><span class="dur"></span></div><p class="t">南京邮电大学博士刘建华：氮化镓功率器件耐压理论与电场均匀化技术研究</p><p class="num"><span class="play"><i class="icon"></i>889</span><span class="danmu"><i class="icon"></i>0</span></p></a></div></div><div class="r"><a href="http://www.casmita.com/video/202305/22/557381.html" target="_blank" title="南京邮电大学博士刘建华：氮化镓功率器件耐压理论与电场均匀化技术研究" class="title">南京邮电大学博士刘建华：氮化镓功率器件耐压理论与电场均匀化技术研究</a><div class="v-desc">氮化镓功率器件耐压理论与电场均匀化技术研究Research on the breakdown theory and electric field homogenization technology of GaN-based Power Devices刘建华南京邮电大学博士</div><div class="v-info"><span class="v-info-i"><i title="观看" class="b-icon b-icon-v-play"></i><span>889</span></span><span class="v-info-i"><i title="评论" class="b-icon b-icon-v-dm"></i><span>0</span></span><span class="v-info-i"><i title="收藏" class="b-icon b-icon-v-fav"></i><span>0</span></span></div><div class="up-info"><a href="" target="_blank" class="v-author">guansheng</a><span title="日期" class="v-date">2023-05-22 14:56</span></div></div></div></li> </ul> <div style="clear:both"></div> <div class="pager pagination"> <input type="hidden" id="destoon_previous" value="http://www.casmita.com/video/list.php?catid=76&page=6"/><a href="http://www.casmita.com/video/list.php?catid=76&page=6"> «上一页 </a> <strong> 1 </strong> <a href="http://www.casmita.com/video/list.php?catid=76&page=2"> 2 </a>  …  <a href="http://www.casmita.com/video/list.php?catid=76&page=3"> 3 </a> <a href="http://www.casmita.com/video/list.php?catid=76&page=4"> 4 </a>  …  <a href="http://www.casmita.com/video/list.php?catid=76&page=5"> 5 </a> <a href="http://www.casmita.com/video/list.php?catid=76&page=6"> 6 </a> <a href="http://www.casmita.com/video/list.php?catid=76&page=2"> 下一页» </a> <input type="hidden" id="destoon_next" value="http://www.casmita.com/video/list.php?catid=76&page=2"/> <cite>共101条/6页</cite> </div> </div> </div> </div> <div class="r-con"> <section class="sec-rank"> <header class="rank-head"><h3>热门</h3></header> <div class="rank-list-wrap"> <ul class="rank-list hot-list"> <li class="rank-item show-detail first highlight"><i class="ri-num">1</i><a href="http://www.casmita.com/video/201912/31/20.html" target="_blank" title="荷兰代尔夫特理工大学教授Braham FERREIRA：宽禁带功率半导体国际技术路线图" class="ri-info-wrap clearfix"><div class="lazy-img ri-preview"><img alt="荷兰代尔夫特理工大学教授Braham FERREIRA：宽禁带功率半导体国际技术路线图" src="http://www.china-led.net/file/upload/201911/29/11-57-59-98-1508.jpg"></div><div class="ri-detail"><p class="ri-title">荷兰代尔夫特理工大学教授Braham FERREIRA：宽禁带功率半导体国际技术路线图</p><p class="ri-point">播放：5926</p></div></a></li> <li class="rank-item show-detail first highlight"><i class="ri-num">2</i><a href="http://www.casmita.com/video/202003/18/554500.html" target="_blank" title="台湾科技大学Hung-Wei CHEN：照明光对人体昼夜节律影响之研究" class="ri-info-wrap clearfix"><div class="lazy-img ri-preview"><img alt="台湾科技大学Hung-Wei CHEN：照明光对人体昼夜节律影响之研究" src="http://vod.jizhi.top/1ed2c9dbc41544519baacd0df9c28a52/snapshots/e0171f18ded845878fc49a1b60231881-00005.jpg"></div><div class="ri-detail"><p class="ri-title">台湾科技大学Hung-Wei CHEN：照明光对人体昼夜节律影响之研究</p><p class="ri-point">播放：5757</p></div></a></li> <li class="rank-item show-detail first highlight"><i class="ri-num">3</i><a href="http://www.casmita.com/video/202003/10/554731.html" target="_blank" title="意大利ORCHESTRA总裁Guido COLOMBO：工业4.0：对于电子工业和产品的大好时机" class="ri-info-wrap clearfix"><div class="lazy-img ri-preview"><img alt="意大利ORCHESTRA总裁Guido COLOMBO：工业4.0：对于电子工业和产品的大好时机" src="http://vod.jizhi.top/ea677d2063e2412a8b2ae820b560089b/snapshots/7ad1c43e4f9540d7b4636b24b651220d-00005.jpg"></div><div class="ri-detail"><p class="ri-title">意大利ORCHESTRA总裁Guido COLOMBO：工业4.0：对于电子工业和产品的大好时机</p><p class="ri-point">播放：5679</p></div></a></li> <li class="rank-item"><i class="ri-num">4</i><a href="http://www.casmita.com/video/201905/31/4.html" target="_blank" title="中国工程院院士陈良惠：固态照明的历史使命与紫外LED的新机遇" class="ri-info-wrap clearfix"><div class="ri-detail"><p class="ri-title">中国工程院院士陈良惠：固态照明的历史使命与紫外LED的新机遇</p><p class="ri-point">播放：5386</p></div></a></li> <li class="rank-item"><i class="ri-num">5</i><a href="http://www.casmita.com/video/201912/31/18.html" target="_blank" title="英诺赛科科技有限公司董事长骆薇薇：硅基氮化镓产业化发展的机遇与挑战" class="ri-info-wrap clearfix"><div class="ri-detail"><p class="ri-title">英诺赛科科技有限公司董事长骆薇薇：硅基氮化镓产业化发展的机遇与挑战</p><p class="ri-point">播放：5386</p></div></a></li> <li class="rank-item"><i class="ri-num">6</i><a href="http://www.casmita.com/video/201912/31/21.html" target="_blank" title="德国爱思强股份有限公司Vincent MERIC：化合物半导体外延量产解决方案" class="ri-info-wrap clearfix"><div class="ri-detail"><p class="ri-title">德国爱思强股份有限公司Vincent MERIC：化合物半导体外延量产解决方案</p><p class="ri-point">播放：4822</p></div></a></li> <li class="rank-item"><i class="ri-num">7</i><a href="http://www.casmita.com/video/201905/31/5.html" target="_blank" title="长治市第三代半导体紫外LED产业发展规划" class="ri-info-wrap clearfix"><div class="ri-detail"><p class="ri-title">长治市第三代半导体紫外LED产业发展规划</p><p class="ri-point">播放：4453</p></div></a></li> <li class="rank-item"><i class="ri-num">8</i><a href="http://www.casmita.com/video/202003/18/554501.html" target="_blank" title="英国纽卡斯尔大学视觉神经科学教授Anya HURLBERT：不同光谱对人类健康的影响" class="ri-info-wrap clearfix"><div class="ri-detail"><p class="ri-title">英国纽卡斯尔大学视觉神经科学教授Anya HURLBERT：不同光谱对人类健康的影响</p><p class="ri-point">播放：4236</p></div></a></li> <li class="rank-item"><i class="ri-num">9</i><a href="http://www.casmita.com/video/202003/10/554732.html" target="_blank" title="【视频报告】郑州大学Mussaab I. NIASS：蓝宝石基B0.375GaN/B0.45GaN量子阱结构的激光二极管中n-p电极对于p型电导率的影响" class="ri-info-wrap clearfix"><div class="ri-detail"><p class="ri-title">【视频报告】郑州大学Mussaab I. NIASS：蓝宝石基B0.375GaN/B0.45GaN量子阱结构的激光二极管中n-p电极对于p型电导率的影响</p><p class="ri-point">播放：4223</p></div></a></li> <li class="rank-item"><i class="ri-num">10</i><a href="http://www.casmita.com/video/202003/10/554734.html" target="_blank" title="【视频报告】俄罗斯STR Group Andrey SMIRNOV：碳化硅生长和衬底建模以及基于MOVPE技术的氮化镓生长模拟" class="ri-info-wrap clearfix"><div class="ri-detail"><p class="ri-title">【视频报告】俄罗斯STR Group Andrey SMIRNOV：碳化硅生长和衬底建模以及基于MOVPE技术的氮化镓生长模拟</p><p class="ri-point">播放：3623</p></div></a></li> </ul> </div> </section> </div> </div> </div> <footer class="foot"> <div class="navigate"> <div class="m"> <a href="http://www.casmita.com/">网站首页</a>  |  <a href="http://www.casmita.com/about/index.html">关于我们</a>  |  <a href="http://www.casmita.com/about/contact.html">联系方式</a>  |  <a href="http://www.casmita.com/about/agreement.html">使用协议</a>  |  <a href="http://www.casmita.com/about/copyright.html">版权隐私</a>  |  <a href="http://www.casmita.com/sitemap/">网站地图</a>  |  <a href="http://www.casmita.com/guestbook/">网站留言</a>  |  <a href="javascript:SendReport();">违规举报</a> </div> </div> <div class="tail"> <div class="m"> <div id="copyright"><p>Copyright © 2020-2025 CASMITA All Rights Reserved</p></div> <div class="powered"><a href="https://beian.miit.gov.cn/" target="_blank">京ICP备11012250号-12</a> <script type="text/javascript">document.write(unescape("%3Cspan id='cnzz_stat_icon_1279033566'%3E%3C/span%3E%3Cscript src='https://s9.cnzz.com/stat.php%3Fid%3D1279033566%26show%3Dpic' type='text/javascript'%3E%3C/script%3E"));</script></div> </div> </div> </footer> <div class="elevator" > <a><span class="bg"></span><span class="txt">联系客服</span></a> <a><span class="bg"></span><span class="txt">投诉反馈</span></a> <a class="totop" href="javascript:void(0);" title="顶部"><span class="icon"> </span><span class="txt">顶部</span></a> </div> </body> </html> <script type="text/javascript"> var destoon_userid = 0,destoon_username = '',destoon_message = 0,destoon_chat = 0,destoon_member = destoon_guest = ''; destoon_guest = '<img src="http://www.casmita.com/skin/default/image/ico-user.png" align="absmiddle"/><a href="http://www.casmita.com/member/login.php">登录</a>  |  <a href="http://www.casmita.com/member/register.php">注册</a>  |  <a href="http://www.casmita.com/member/send.php">忘记密码</a>'; destoon_member += destoon_guest; $('#destoon_member').html(destoon_member); </script><script type="text/javascript"> $(document).ready(function(){ $(".display-tab li").click(function () { var s = $(this).prop("className"); $(this).siblings().removeClass("on"); $(this).addClass("on"); $("ul.vd-list").removeClass("mod-1 mod-2 mod-3"); $("ul.vd-list").addClass(s); }); $(".sub-zone .ca-tab div").click(function () { var s = $(this).attr("data-show"); var r = $(this).attr("data-move"); $(this).siblings().removeClass("on"); $(this).addClass("on"); }); }); </script>