首页> 外文期刊>Journal of nonlinear optical physics & materials >Performance analysis of optical micro-ring resonator as all-optical reconfigurable logic and multiplexer in Z-domain
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Performance analysis of optical micro-ring resonator as all-optical reconfigurable logic and multiplexer in Z-domain

机译:光学微环谐振器作为Z域中的全光可重构逻辑和多路复用器的性能分析

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摘要

Performance and design methodology of 8x1 multiplexer (MUX) and all-optical reconfigurable logic circuit using GaAs-AlGaAs-based optical micro-ring resonator (OMRR) are presented in current paper. Proposed design of reconfigurable logic circuit is capable to perform eight different logic operations. Performances of the logic circuits have been theoretically analyzed using Z-domain modeling. Numerical simulation results confirming the method are explained in the present paper. Proposed circuit is simple, compact, efficient as it have minimum number of OMRR, low operating power, high operating speed and high Q-factor. Different 'figure of merits' of the purposed model are calculated from the simulation results.
机译:本文介绍了8x1多路复用器(MUX)和使用基于GaAs-AlGaAs的光学微环谐振器(OMRR)的全光可重构逻辑电路的性能和设计方法。提出的可重构逻辑电路设计能够执行八种不同的逻辑运算。逻辑电路的性能已使用Z域建模从理论上进行了分析。数值仿真结果证实了该方法。所建议的电路简单,紧凑,高效,因为它具有最少的OMRR,低工作功率,高工作速度和高Q因子。从仿真结果计算出目标模型的不同“优值”。

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