Membrane hybrid optical devices and related technologies toward on-Si photonic integrated circuits

N. Nishiyama, S. Arai
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Abstract

Toward realization of on-chip photonic integrated circuits on LSI for high performance computing, membrane III-V optical devices on Si using BCB bonding have been proposed. Strong optical confinement due to high index contrast between the core and cladding layers gives low threshold and high efficiency operation of lasers. Using a lateral current injection structure, RT-CW operation was demonstrated. The structure could be applied for other optical devices such as waveguide-type photodetectors and wire waveguides.
面向单晶光子集成电路的膜混合光学器件及相关技术
为了在大规模集成电路上实现用于高性能计算的片上光子集成电路,提出了采用BCB键合的薄膜III-V光学器件。由于芯层和包层之间的高折射率对比而产生的强光约束使得激光器具有低阈值和高效率的工作。采用横向电流注入结构,演示了RT-CW操作。该结构可应用于其他光学器件,如波导型光电探测器和线波导。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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