Design of waveguide E-plane hybrid metal insert filters for millimeter-wave application

Single and double E-plane metal insert irises are analyzed via Mode-Match-Method (MMM), and the position of the double irises is determined first, then single/double/hybrid metal insert filters are designed using the theory of network synthesis, the result demonstrates that hybrid metal insert filte...

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Main Authors: Wen-tao Zhang, Liang-feng Ye, Hong-yu Zhao, Shun-lian Chai
Format: Conference Proceeding
Language:English
Subjects:
Band pass filters
Filtering theory
Iris
Metals
Microwave filters
Millimeter-wave
Mode-Match-Method(MMM)
Passband
Waveguide discontinuities
Waveguide E-plane metal insert filter
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creator Wen-tao Zhang
Liang-feng Ye
Hong-yu Zhao
Shun-lian Chai
description Single and double E-plane metal insert irises are analyzed via Mode-Match-Method (MMM), and the position of the double irises is determined first, then single/double/hybrid metal insert filters are designed using the theory of network synthesis, the result demonstrates that hybrid metal insert filter is easier to fabricate because of its reasonable iris lengths. At last, the above three types of filters are analyzed by MMM, the result demonstrates that hybrid metal insert filter has better transmission characteristics than the single/double metal insert filter. The MMM results are also verified by the results of CST software.
doi_str_mv 10.1109/WCSP.2010.5633446
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subjects Band pass filters
Filtering theory
Iris
Metals
Microwave filters
Millimeter-wave
Mode-Match-Method(MMM)
Passband
Waveguide discontinuities
Waveguide E-plane metal insert filter
title Design of waveguide E-plane hybrid metal insert filters for millimeter-wave application
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