EP33 第三代半導體可以節能?認識GaN氮化鎵、SiC碳化矽 ft.翁暢鴻 episode artwork

EPISODE · Aug 7, 2024 · 33 MIN

EP33 第三代半導體可以節能?認識GaN氮化鎵、SiC碳化矽 ft.翁暢鴻

from 綠色科技充電站 · host 台達電子

不只運算,你知道半導體在能源轉換上也扮演重要的角色嗎?那就不能不認識俗稱第三代半導體的寬能隙半導體GaN氮化鎵、SiC碳化矽,除了提升3C充電器的效率、降低體積,也是電動車、再生能源的提升效率的關鍵! 這集《綠色科技充電站》邀請台達新事業發展管理處資深顧問翁暢鴻,從半導體基本的特性和應用開始,並深入介紹寬能隙半導體GaN氮化鎵、SiC碳化矽作為功率半導體的應用及優勢。 🔹內容大綱 02:30 GaN、SiC怎麼唸 03:35 導體、半導體、絕緣體基本定義 08:10 半導體產業上中下游三大類 12:55 認識一、二、三代半導體 18:58 寬能隙是什麼? GaN、SiC應用在哪 23:09 第三代半導體特性為何更節能? 綠色科技充電站YT: https://www.youtube.com/@DELTA-PODCAST 台達 Delta FB: https://delta.pse.is/FBforLINE 台達 Delta IG: https://www.instagram.com/delta.taiwan/ -- Hosting provided by SoundOn

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EP33 第三代半導體可以節能?認識GaN氮化鎵、SiC碳化矽 ft.翁暢鴻

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