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幾何反射波導采用傳統光學元器件生產方式，鍍膜及膠合工藝復雜，良率較低-行業數據

幾何反射波導采用傳統光學元器件生產方式，鍍膜及膠合工藝復雜，良率較低
幾何反射波導采用傳統光學元器件生產方式，鍍膜及膠合工藝復雜，良率較低
合工藝。首先通過切割玻璃基材獲得各種規格的波導小棱鏡，然后對小棱鏡進行粗磨、精磨與拋光，之后在小棱鏡上根據棱鏡排布和進光量分別鍍不同膜系的薄膜來獲得不同的反射/透射比，最后對小棱鏡進行膠合將它固定為表面光滑的波導片。其中難點在于鍍膜和膠合工藝，大大限制了總成良率。
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幾何反射波導采用傳統光學元器件生產方式，鍍膜及膠合工藝復雜，良率較低_第1頁
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幾何反射波導采用傳統光學元器件生產方式，鍍膜及膠合工藝復雜，良率較低_第2頁
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幾何反射波導采用傳統光學元器件生產方式，鍍膜及膠合工藝復雜，良率較低_第3頁
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幾何反射波導采用傳統光學元器件生產方式，鍍膜及膠合工藝復雜，良率較低_第4頁
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幾何反射波導采用傳統光學元器件生產方式，鍍膜及膠合工藝復雜，良率較低_第5頁
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幾何反射波導采用傳統光學元器件生產方式，鍍膜及膠合工藝復雜，良率較低_第6頁
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幾何反射波導采用傳統光學元器件生產方式，鍍膜及膠合工藝復雜，良率較低_第7頁
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幾何反射波導采用傳統光學元器件生產方式，鍍膜及膠合工藝復雜，良率較低_第8頁
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幾何反射波導采用傳統光學元器件生產方式，鍍膜及膠合工藝復雜，良率較低_第9頁
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幾何反射波導采用傳統光學元器件生產方式，鍍膜及膠合工藝復雜，良率較低_第10頁
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