Development of a Microstrip Coupler with Reduced Dimensions

S. Karimov, A. Karimov, D. Ravshanov
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Abstract

The article is aimed at solving the problem of miniaturization of power dividers that perform their work at low frequencies. The design of a coupler with reduced dimensions due to the installation of artificial transmission lines instead of conventional segments is described. Such artificial lines have a similar set of frequency characteristics, which allows them to be installed in devices and at the same time receive minimal performance losses. The results of not only modeling, but also the experiment confirmed that the proposed design provides power division in equal proportions at a given center frequency, but in a smaller frequency band, which is a disadvantage of miniaturization. The proposed design occupies 4 times less area on the substrate.
本文旨在解决在低频下工作的功率分压器的小型化问题。介绍了一种由于安装了人工传输线而不是传统分段而减小尺寸的耦合器的设计。这种人造线路具有类似的频率特性,这使得它们可以安装在设备中,同时接收最小的性能损失。仿真结果和实验结果都证实了该设计在给定中心频率下提供了等比例的功率分配,但在较小的频带内,这是小型化的缺点。提出的设计在基板上占用的面积减少了4倍。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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