Microwave Multi-Bandnotch Filter Using Spoof Surface Whispering Gallery Mode (SS-WGM) Resonator

Nidhi Pandit, R. Jaiswal, N. Pathak
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Abstract

This paper reports the design, analysis, and characterization of a multi-bandnotch filter using plasmonic metamaterial concept. The proposed design comprises of a unique arrangement of spoof surface plasmons polaritons (SSPP) based planar transmission line and spoof surface whispering gallery mode resonator (SS-WGM). Due to the slowwave nature of the SS-WGM resonator, the designed filtering structure provides high-Q and sharp bandnotch response. This enables the proposed filtering structure to be used in wireless transceiver system to avoid spurious harmonics and intermodulation components.
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利用欺骗表面窃窃廊模式(SS-WGM)谐振器的微波多带陷波滤波器
本文报道了利用等离子体超材料概念设计、分析和表征一个多带陷波滤波器。所提出的设计包括一种独特的基于欺骗表面等离子体激元(SSPP)的平面传输线和欺骗表面窃窃廊模式谐振器(SS-WGM)。由于SS-WGM谐振器的慢波特性,所设计的滤波结构提供了高q和尖锐的带陷波响应。这使得所提出的滤波结构可用于无线收发系统中,以避免杂散谐波和互调分量。
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