采用边缘耦合和直接耦合技术的带通滤波器

E. A. Ogbodo, Augustine O. Nwajana
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引用次数: 1

摘要

耦合谐振器是设计带通滤波器的常用方法。这些滤波器大多采用边缘耦合或直接耦合技术设计。本文提出了利用微带技术设计带通滤波器时采用边缘耦合和直接耦合技术。这是为了减轻电路的带宽和频率控制。该带通滤波器设计工作在1.95 GHz的中心频率,使用开环谐振器进行边缘耦合,λ/4谐振器进行直接耦合。原型设计的实测响应与仿真响应吻合较好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Bandpass Filter Using Edge Coupled and Direct Coupled Techniques
Coupled resonators are commonly used in the design of filters with bandpass response. Majority of these filters are designed using edge coupled or direct coupled technique. This paper proposes the implementation of the edge coupled and the direct coupled technique in the designing of a bandpass filter using microstrip technology. This is to ease the bandwidth and the frequency control of the circuit. The bandpass filter is designed to operate at a centre frequency of 1.95 GHz, using the open-loop resonators for the ease of edge coupling and a λ/4 resonator for the direct coupling. The measured response of the prototyped design and the simulated response show good agreements between the two.
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