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Toward Small Size Waveguide Amplifiers Based on Erbium Silicate for Silicon Photonics

机译:面向硅光子的硅酸Based小型波导放大器

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Integration of light sources on a Si chip is one of milestone to establish new paradigm of LSI systems, so-called "silicon photonics." In recent years remarkable progress has been made in the Si wire waveguide technologies for optical interconnection on a Si chip. In this paper, several Er embedded materials based on silicon are surveyed from the standpoint of application to the light emission and amplification devices for silicon photonics. We have concentrated to investigate an erbium silicate (Er_2SiO_5) as a light source medium for silicon photonics. To mention the particular features, this material has a layered structure with 0.86-nm period and a large amount of Er (25at%) as its constituent. The single crystalline nature gives several remarkable properties for the application to silicon photonics. We also discuss our recent studies of Er_2SiO_5 and a possibility of the shorter waveguide amplifier.
机译:在Si芯片上集成光源是建立LSI系统新范式(所谓的“硅光子学”)的里程碑之一。近年来,在用于Si芯片上的光学互连的Si线波导技术中已经取得了显着的进步。从应用到硅光子学的发光和放大器件的角度出发,本文研究了几种基于硅的Er嵌入材料。我们集中研究了硅酸er(Er_2SiO_5)作为硅光子学的光源介质。提及其特殊特征,该材料具有周期为0.86 nm的分层结构,并含有大量的Er(25at%)。单晶性质为应用到硅光子学上提供了许多卓越的性能。我们还将讨论我们最近对Er_2SiO_5的研究以及更短的波导放大器的可能性。

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