具有边缘耦合和非双向异性裂环谐振器的紧凑型双工器

A. García-Lampérez, R. Gómez‐García, M. Salazar-Palma
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引用次数: 15

摘要

提出了一种由分环谐振器构成的微带六阶紧凑双工器。作为一种紧凑型多路复用器,它完全由一组谐振器和端口耦合组成,没有额外的结结构。中心元件由两个通道共享并连接到双工器公共端口,是一个传统的边缘耦合SRR (EC-SRR),具有中心传输零的双频段行为。每个一阶频带对应于双工器的一个频带。两个单波段非双各向异性srr (NB-SRR)为每个通道提供了三阶增益和通道之间的隔离。给出了一个原型综合,测量结果、电磁仿真和电路模型吻合良好。
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Compact diplexer with edge-coupled and nonbianisotropic split-ring resonators
A microstrip sixth-order compact diplexer formed by split-ring resonators is presented. As a compact multiplexer, it consists entirely of a set of resonators coupled between them and with the ports, with no additional junction structure. The central element, shared by both channels and connected to the diplexer common port, is a conventional edge-coupled SRR (EC-SRR) that shows dual band behaviour with a central transmission zero. Each first order band corresponds to one band of the diplexer. An increase up to third order and the isolation between channels are provided by two single-band nonbianisotropic SRRs (NB-SRR), one for each channel. A prototype synthesis is presented with good agreement between measurements, electromagnetic simulations and circuit models.
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