Amorphous silicon based active photonic devices

F. D. Della Corte, M. A. Nigro, C. Summonte, F. Cantore, M. Gagliardi, S. Rao
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引用次数: 1

Abstract

New active photonic components are proposed which exploit two amorphous silicon and related alloys optoelectronic peculiarities. In particular the thermo-optic effect and the photoinduced absorption at the infrared wavelengths are employed to design respectively a spatial switch and a light amplitude modulator. Both devices are integrated within a silicon on SiO/sub 2/ waveguide.
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基于非晶硅的有源光子器件
利用两种非晶硅及其相关合金的光电特性,提出了新的有源光子元件。特别是利用热光效应和光致吸收原理分别设计了空间开关和光调制器。这两个器件都集成在硅上硅/子2/波导中。
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Amorphous silicon based active photonic devices Strong light extraction enhancement in erbium doped SOI based photonic crystals Semiconducting nature of ErSiO crystalline compounds with superlattice structure
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