A High-Selectivity Wideband Bandpass Dual-Mode Microstrip Filter

Belyaev, B. A.; Khodenkov, S. A.; Govorun, Iliya Valerievich; Сержантов, А. М.

doi:10.1134/s1028335822020021

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Three-pole Filter Based On One Dualmode Cavity and A Uir1

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2023

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“…A λ/4 UIR have attracted much attention from researchers due to their high out-of-band rejection and miniaturisation characteristics [27,28]. The resonance condition of λ/4 UIR is related to the electrical length of the resonator.…”

Section: Three-pole Filter Based On One Dualmode Cavity and A Uirmentioning

confidence: 99%

Highly‐selective microstrip bandpass filters based on new dual‐mode fan‐shape patch resonators

Fan

Гонг

Liu

et al. 2023

IET Microwaves Antenna & Prop

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A design method for highly‐selective bandpass filters based on novel dual‐mode fan‐shaped patch resonator (FSPR) is presented in this article. Different from traditional dual‐mode patch filters, two higher‐order modes TM020 and TM110 are utilised to generate a passband, and the two resonant frequencies can be controlled well by its radius and angle. A dual‐mode filter with two transmission zeros (TZs) is implemented by using one FSPR, and locations of TZs can be controlled well. To further improve the selectivity of FSPR filters, four‐pole filters based on two identical dual‐mode FSPRs with co‐directional and reverse‐directional cascade are simulated, fabricated and measured. Furthermore, three‐ and four‐pole filters based on dual‐mode FSPR and single‐mode uniform impedance resonators are proposed, which are also simulated, fabricated, and measured. The later proposed filters not only achieve high selectivity and wide stopband, but also have simple structure and small size.

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Section: Three-pole Filter Based On One Dualmode Cavity and A Uirmentioning

confidence: 99%