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工業技術研究院

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混成電容器材料與製程技術

技術簡介

 工研院新一代高壓混成電容器,為目前全球唯一採用原位(in-situ)聚合法製作之製程技術,不僅具價格競爭力,且可靠度遠高於傳統液態電容器,可使LED 燈具真正發揮長壽命的特性。
工研院新一代高壓混成電容器,為目前全球唯一採用原位(in-situ)聚合法製作之製程技術,不僅具價格競爭力,且可靠度遠高於傳統液態電容器,可使LED 燈具真正發揮長壽命的特性。

電容器為被動元件最主要產品之一,隨著資通訊產品的高速運算需求與綠能、節能產業崛起,傳統液態電容特性已不敷所需。

特色與創新

工研院新一代高壓混成電容器,為目前全球唯一採用原位(in-situ)聚合法製作之製程技術,不僅具價格競爭力,且可靠度遠高於傳統液態電容器,可使LED 燈具真正發揮長壽命的特性。

應用與效益

為進一步擴展應用範圍,混成電容器技術將持續往150V以上更高的工作電壓發展,朝向技術層次與利潤更高的非3C 電子產品藍海市場發展,將為綠能發電、LED、汽車電子及電解電容器產業帶來關鍵性的助益。



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