带通滤波器与两个l型谐振器

Khiem Nguyen Khac, N. Knyazev, Vuong Le Quoc, Hung Luu Quang
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引用次数: 0

摘要

研究了具有两个相同l型谐振腔的微带带通滤波器的设计。信号注入和释放是通过使用位于基片上的微带传输线来实现的,而基片位于谐振器的对面。利用三维电动力学建模软件,在介电常数ε=2.5、厚度h= 1.5 mm的基片上设计了带通滤波器。滤波器的中心频率为1300mhz,工作频段为76mhz。提出的设计具有紧凑的尺寸,占地面积仅为50×40 = 2000 mm2。所设计的滤波器并针对必要的参数(如最小带宽损耗和最佳匹配)进行了优化,可以使用传统的PCB制造方法实现,因为它具有完全技术上可实现的尺寸。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Band-Pass Filter with Two L-Shaped Resonators
A microstrip band-pass filter design with two identical L-shaped resonators was studied. Signal injection and signal release is performed by using microstrip transmission lines located on the substrate, on the opposite side from the resonators. Using 3D electrodynamic modeling software, we designed a band-pass filter on a substrate with dielectric permittivity ε=2.5 and thickness h= 1.5 mm. The center frequency of the filter is 1300 MHz, and the operating frequency band is 76 MHz. The design proposed has a compact size and occupies only 50×40 = 2000 mm2. The designed filter and optimized for the necessary parameters, such as minimum bandwidth loss and best matching - can be realized using traditional PCB manufacturing methods, since it has fully technologically realizable dimensions.
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