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Design and Simulation of an Optical 1:2 Demultiplexer Using Micro Ring Resonator

机译:微型环形谐振器的光学1:2多路分解器的设计与仿真

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Recently Micro Ring Resonator (MRR) have found its application in designing optical logic gates. This paper describes the working of a demultiplexer using MRRs. MRR behaves as a powerful optical switching device. Due to this, realization of AND gate and NOT gate has been proposed by appropriate arrangements of the MRRs. The combination of optical AND and optical NOT gates helps in the realization of 1:2 optical demultiplexer. The area of the simulated 1:2 Optical Demultiplexer design is approximately 16000 um2. The design has been carried out according to the existing semiconductor foundries capability.
机译:最近,微环形谐振器(MRR)已发现其在设计光学逻辑门中的应用。本文介绍了使用MRR的多路分解器的工作。 MRR充当强大的光交换设备。因此,通过适当配置MRR提出了AND门和NOT门的实现。光学“与”门和光学“非”门的组合有助于实现1:2光学多路分解器。模拟的1:2光学多路分解器设计的面积约为16000 um 2 。设计是根据现有的半导体代工厂的能力进行的。

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