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Hybrid Plasmonic Modulators and Filters Based on Electromagnetically Induced Transparency

机译:基于电磁感应透明度的混合等离子调制器和滤波器

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摘要

A hybrid plasmonic modulator based on microdisk resonators enhanced with electro-optic polymers is presented. Modulation is achieved by dynamically controlling an electromagnetically induced transparency window using a push–pull driving configuration. The proposed device combines small footprint, high modulation depths, low insertion losses, and low power consumption. By properly selecting the voltage values and the microdisk radii, modulation at different wavelengths and tunable spectral filtering are achieved.
机译:提出了一种基于微盘谐振器的混合等离子体激元调制器,该谐振器由电光聚合物增强。通过使用推挽驱动配置动态控制电磁感应的透明窗口来实现调制。拟议中的设备具有占地面积小,调制深度高,插入损耗低和功耗低的优点。通过适当选择电压值和微圆盘半径,可以实现不同波长下的调制和可调光谱滤波。

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