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首页> 外文期刊>Applied Computational Electromagnetics Society journal >Concurrent Dual and Triple Band Square Ring Resonator Base-Band Filter using Metal-Insulator-Metal for Plasmonic Applications
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Concurrent Dual and Triple Band Square Ring Resonator Base-Band Filter using Metal-Insulator-Metal for Plasmonic Applications

机译：同时双频和三频段环谐振器基带滤波器使用金属 - 绝缘材料进行等离子体应用

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摘要

Ring resonators are capable of providing high-quality factors with low insertion loss, which are the factors for considering it as a potential technique of guiding signal in the nanometer wavelengths. In this paper, a Nanoplasmonic configuration of a resonator comprising of the square ring known as Square Ring Resonator (SRR) is designed and analyzed for multiple band characteristics. The performance analysis of two different structures of the square ring resonators are presented in terms of the simulation reports like reflection and transmission coefficients, and field distribution plots. The designed Band Pass Filter (BPF) expressed excellent performance in the optical bands and hence are best suitable for Photonic Integrated Circuit (PIC) applications.
机译：环谐振器能够提供具有低插入损耗的高质量因素，这是考虑其作为纳米波长引导信号的潜在技术的因素。在本文中，设计并分析了包括由称为方形谐振器（SRR）的方环的谐振器的纳米载体构造。以仿真报告（如反射和传输系数）和现场分布图呈现了方环谐振器两种不同结构的性能分析。设计的带通滤波器（BPF）在光学频带中表达了出色的性能，因此最好适用于光子集成电路（PIC）应用。

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