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Slow-wave H-plane filter with improved frequency characteristics and reduced size

机译:具有改善的频率特性和减小的尺寸的慢波H平面滤波器

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摘要

In this paper, a new partial H-plane filter with half-wavelength resonators and periodic slow-wave structure is presented. The proposed filter makes use of the slow-wave effect to improve the frequency characteristics and considerably reduce the filter length. Using partial H-plane waveguides reduces the filter's cross section to one-quarter of that of a conventional E-plane filter. Although because of their compactness, the insertion loss of the proposed H-plane filters is larger than that of the E-plane filters, they have lower cost and are mass producible. Also by using the periodic slow-wave structure the stop-band slope has been improved and the length has been reduced by 22 percent. These partial H-plane filters have been designed along with coaxial to partial H-plane waveguide transition.
机译:本文提出了一种具有半波长谐振器和周期性慢波结构的新型局部H平面滤波器。提出的滤波器利用慢波效应来改善频率特性并显着减小滤波器长度。使用部分H平面波导可将滤波器的横截面减小到传统E平面滤波器的四分之一。尽管由于其紧凑性,所提出的H平面滤波器的插入损耗大于E平面滤波器的插入损耗,但是它们具有较低的成本并且可批量生产。同样,通过使用周期性慢波结构,阻带斜率得到了改善,长度减小了22%。这些部分H平面滤波器已与同轴至部分H平面波导过渡一起设计。

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