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High-Order Common-Mode and Differential-Mode Reflectionless Balanced Bandpass Filters with Improved Selectivity and Out-of-Band Rejection
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作者 Zhang Yifan Wu Yongle +2 位作者 Wang Weimin Xu Ruoxi Cai Yuanlong 《China Communications》 2025年第8期87-101,共15页
High-selectivity common-mode(CM)and differential-mode(DM)reflectionless balanced bandpass filters(BBPFs)are proposed in this article.By loading absorption networks at single/both ends of the basic ring resonator,input... High-selectivity common-mode(CM)and differential-mode(DM)reflectionless balanced bandpass filters(BBPFs)are proposed in this article.By loading absorption networks at single/both ends of the basic ring resonator,input-/two-port wideband CM and DM reflectionless performance,wideband filtering performance and all-stop CM suppression are obtained.The absorption network composed of K-sections of coupled-lines(CLs)terminated with grounded resistors can not only extend the filtering performance to high order,but also realize wideband absorption of CM noise and out-of-band DM signals.Absorptive stubs are loaded at ports to increase the design flexibility and enhance the absorption.As for the input-reflectionless type,multiple independently controlled transmission zeros(TZs)are obtained by the TZ control network to improves the selectivity and out-of-band rejection.A set of 2 GHz micro-strip BBPFs are designed and measured,which shows simultaneous CM and DM absorption performance. 展开更多
关键词 balanced filter grounded resistors highorder high-selectivity reflectionless filter ring resonator
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