具有锐过渡带的小型化多层宽带微带BPF

Aditi Sengupta, S. R. Choudhury, Santanu Das
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摘要

本文采用多层基板中宽侧耦合的概念来实现宽带带通滤波器(WB-BPF)。在本设计中,考虑两个衬底层来设计滤波器。一对传输线耦合在地面的三个缺陷结构的帮助下提供宽带通响应。其中一条传输线位于上层的顶平面,另一条传输线位于下层的底平面。这两条传输线在不同平面上的耦合是通过夹在两个衬底层之间的地面修正来实现的。该滤波器体积紧凑,具有完全可控的通带,中心频率为5.65 GHz。滤波器的分数带宽(FBW)为139.8%。该滤波器在9.6 GHz时具有-3 dB截止频率,在9.9 GHz时具有22.5 dB抑制。上过渡带仅为0.3 GHz。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Miniaturized Multi-layered Wide Band Microstrip BPF with Sharp Transition Band
The concept of broadside coupling in multi-layered substrate is used here to implement a wide band band pass filter (WB-BPF). Here in this design two substrate layers are considered to design the filter. A pair of transmission line is coupled to provide a wide band pass response with the aid of three defected structures at ground. One of the transmission lines is placed at the top plane of the upper layer and another transmission line is at bottom plane of the lower layer. The coupling between these two transmission lines at different plane is obtained through the modification at ground that is sandwiched between two substrate layers. The filter has compact size and exhibit passband which is fully controllable and having center frequency at 5.65 GHz. The fractional bandwidth (FBW) of the filter is 139.8%. The filter has -3 dB cut-off frequency at 9.6 GHz and a 22.5 dB rejection at 9.9 GHz. The upper transition band is only 0.3 GHz.
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