实现具有双模腔的紧凑型微波双工器的耦合拓扑

H. Ezzeddine, S. Bila, S. Verdeyme, F. Seyfert, D. Pacaud
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引用次数: 9

摘要

本文提出了在双模腔中实现紧凑型微波双工器的两种拓扑结构。第一种拓扑结构是经典的,其中公共端口在不同的路径上耦合到两个谐振器。第二种拓扑是原始的,因为由公共端口激发单个谐振器。第二种拓扑通过消除在使用经典拓扑时出现的杂散交叉极化模式,证明了双模腔双工器的兴趣。所提出的拓扑结构已被用于卫星应用的耦合双模腔双工器的设计所验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Coupling topologies for realizing compact microwave diplexers with dual-mode cavities
In this work, two topologies for realizing compact microwave diplexers in dual-mode cavities are presented. The first topology is a classical one, where the common port is coupled to two resonators in separate paths. The second topology is original because of the excitation of a single resonator by the common port. The interest of the second topology is demonstrated on dual-mode cavity diplexers by eliminating spurious cross-polarized modes which appear when using a classical topology. The proposed topologies have been validated by the design of coupled dual-mode cavity diplexers for satellite applications.
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