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Nonreciprocal optical divider based on two-dimensional photonic crystal and magneto-optical cavity

机译:基于二维光子晶体和磁光腔的不可逆分光器

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摘要

We suggest and analyze a new nonreciprocal optical device based on two-dimensional photonic crystal and a magneto-optical cavity that simultaneously fulfills two functions: division of the input signal and isolation of the input port from two output ones. At the central frequency, the division of the signal between the output ports is -3 dB and the isolation of the input port from the output ones is about -25 dB. For the level -20 dB of this isolation, the calculated bandwidth is around 100 GHz at the wavelength 1.5 μm.
机译:我们建议并分析一种基于二维光子晶体和磁光腔的新型不可逆光学器件,该器件可同时实现两项功能:输入信号的分割和输入端口与两个输出端口的隔离。在中心频率处,输出端口之间信号的分频为-3 dB,输入端口与输出端口之间的隔离度约为-25 dB。对于此隔离级别的-20 dB,在波长1.5μm处,计算出的带宽约为100 GHz。

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