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一種利用馬赫任德干涉器改良結構來架構光被動元件的方法及其裝置
本發明係提出一種利用馬赫任德干涉器改良結構來架構光被動元件的方法。此馬赫任德干涉器改良結構由二個多模干涉分光器與一個彎曲型通道波導和一個週期性區塊波導所組成，分別當作馬赫任德干涉器之分光元件的彎曲臂和直臂。 2018/11/11
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一種利用馬赫任德干涉器改良結構來架構光被動元件的方法及其裝置
在本發明之多模干涉分光器中，其多模干涉波導內之一子區域亦為具有複數個區塊之週期性區塊波導；藉由調整多模干涉波導內之週期性區塊波導的區塊數目，即可任意調整此多模干涉分光器的分光比。而藉由調整馬赫任德干涉器之直臂的區塊週期和比例常數，可有效縮短所需之直臂長度。 2018/11/11
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一種利用馬赫任德干涉器改良結構來架構光被動元件的方法及其裝置
2018/11/11
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一種利用馬赫任德干涉器改良結構來架構光被動元件的方法及其裝置
2018/11/11
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A CONSTRUCTING METHOD AND DEVICE FOR AN OPTICAL PASSIVE COMPONENT BY USING AN IMPROVED STRUCTURE OF A MACH-ZEHNDER INTERFEROMETER The present invention relates to a planar wave guide technology for an optical communication component, and particularly, to a constructing method and device for an optical passive component by using an improved structure of a Mach-Zehnder interferometer. 2018/11/11
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A CONSTRUCTING METHOD AND DEVICE FOR AN OPTICAL PASSIVE COMPONENT BY USING AN IMPROVED STRUCTURE OF A MACH-ZEHNDER INTERFEROMETER 2018/11/11
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A CONSTRUCTING METHOD AND DEVICE FOR AN OPTICAL PASSIVE COMPONENT BY USING AN IMPROVED STRUCTURE OF A MACH-ZEHNDER INTERFEROMETER 2018/11/11
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