2 to 4 Digital Optical Line Decoder based on Photonic Micro-Ring Resonators

M. R. Uddin, Law Foo Kui, R. Petra, Zainidi Hamid, Nazri Ahmad, N. Lingas
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引用次数: 1

Abstract

The need for the research breakthrough in terms of the underlying electronic components have been rising due to the limitations of the current technology. Several alternative methods for digital circuits are needed, thus silicon photonics could be the answer. This paper presents the design of a digital 2 to 4 electro-optic line decoder based on the photonic micro-ring resonator as its core component. This work provides the design principle of the proposed digital decoder, together with the demonstration and simulation of the time varying operation with the speed of 5Gbps. The performance of the proposed line decoder is shown by clear output timing diagrams.
基于光子微环谐振器的2 ~ 4数字光解码器
由于现有技术的限制,对底层电子元件的研究突破的需求一直在上升。数字电路需要几种替代方法,因此硅光子学可能是答案。本文设计了一种以光子微环谐振器为核心元件的数字2 ~ 4电光解码器。本文给出了所提出的数字解码器的设计原理,并对速度为5Gbps的时变操作进行了演示和仿真。清晰的输出时序图显示了所提出的线路解码器的性能。
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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