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Novel UWB bandpass filter using multiple-mode resonator units in series

机译:串联使用多模式谐振器单元的新型UWB带通滤波器

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A novel ultra-wideband (UWB) bandpass filter (BPF) using three multi-mode resonator (MMR) units in series is proposed in this paper. Each of the units is a resonator made by attaching a ring open stub in shunt to a high impedance microstrip line. The units form a MMR to improve the selectivity. By properly adjusting the radius of the circles of the ring stubs and the length of the coupling segments, the resonant modes of this units can be allocated within the 3.1-to-10.6 GHz UWB band while the upper-stopband is also wide. Simulation results are achieved and analyzed. The filter shows good in-band and out-band performance and sharp selectivity.
机译:本文提出了一种串联使用三个多模谐振器(MMR)单元的新型超宽带(UWB)带通滤波器(BPF)。每个单元都是一个谐振器,它是通过将一个开环短截肢并联到高阻抗微带线上而制成的。这些单元形成MMR以提高选择性。通过适当调整圆环的半径和耦合段的长度,可以在3.1至10.6 GHz UWB频带内分配该单元的谐振模式,同时上阻带也很宽。仿真结果得以实现和分析。该滤波器显示出良好的带内和带外性能以及敏锐的选择性。

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