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Design of all-optical time-division multiplexing scheme with the help of microring resonator

机译:借助微环谐振器设计全光时分复用方案

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摘要

Optical time-division multiplexing is a natural multiplexing technique leading to terabit/s transmission capacity for many services that will be found in near future optical telecommunication networks. In this paper we have conducted a theoretical study of all-optical time-division multiplexing switching using GaAs-AlGaAs based microring resonator together with performances characteristics. The proposed circuit is more compact, simple and will be helpful in designing all-optical telecommunication circuits in near future. Numerical simulation results confirming described methods are given in this paper.
机译:光时分多路复用是一种自然的多路复用技术,可为不久的将来的光通信网络中发现的许多服务带来TB级的传输容量。在本文中,我们对基于GaAs-AlGaAs的微环谐振器进行全光时分多路复用切换及其性能特性进行了理论研究。所提出的电路更加紧凑,简单,并且将有助于在不久的将来设计全光通信电路。数值仿真结果证实了所描述的方法。

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