Design and Simulation of a New Structure of Integrated All-Optical AND Logic Gate by Using Linear PC Nano-Resonator

Ahmad Mohebzadeh-Bahabady, S. Olyaee
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引用次数: 1

Abstract

This manuscript presents a simple nano-resonator for using in an all-optical AND logic gate based on the photonic crystals. This nano-resonator is formed by changing the size of a dielectric rod in the photonic crystal structure. In this structure, the mechanism of interference effect is used which requires less power. The results reveal that the contrast ratio is 6 dB. The output optical power at logical level “one” is enough to be able to set up the next gate. In addition to simplicity, the use of nano-resonator also increases the speed of logic gate performance. Due to the features considered for the all-optical AND logic gate, it can be used in optical integrated circuits and optical communication systems.
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基于线性PC纳米谐振器的新型集成全光逻辑门结构设计与仿真
本文提出了一种简单的纳米谐振器,用于基于光子晶体的全光和逻辑门。这种纳米谐振器是通过改变光子晶体结构中介电棒的尺寸而形成的。在这种结构中,采用了干扰效应机制,对功率的要求较低。结果表明,对比度为6 dB。逻辑电平“1”的输出光功率足以设置下一个栅极。除了简单之外,纳米谐振器的使用还提高了逻辑门的速度性能。由于所考虑的全光与逻辑门的特性,它可以用于光集成电路和光通信系统。
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