Four Way Power Divider and Combiner Based on a Luzzatto Divider Using Vertically Installed Planar Bridge Isolator

A. Moulay, T. Djerafi
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Abstract

This paper proposes a four-way power divider and combiner based on Luzzatto power divider (LPD) with optimal isolation network study. New implementation based on vertically installed planar isolator permits to have even more number of power way. The LPD rules are derived from the most popular Wilkinson divider. To overcome the 2-D topology limitation, the vertical planar structure has been exploited to realize a bridge isolator between opposite ports. Measurement results shows more than 20 dB of isolation between each two ports and bandwidth of 40% at the operating frequency of 10 GHz. Lower loss, broader bandwidth and simple structure, makes the proposed design a proper candidate for high isolation applications.
基于垂直安装平面桥式隔离器的Luzzatto分压器的四路功率分配器和合成器
本文提出了一种基于Luzzatto功率分配器(LPD)的四路功率分配器和组合器,并对其进行了最优隔离网络研究。基于垂直安装的平面隔离器的新实现允许有更多的功率方式。LPD规则来源于最流行的威尔金森除法。为了克服二维拓扑结构的限制,利用垂直平面结构实现了相对端口之间的桥式隔离。测量结果表明,在工作频率为10 GHz时,每个端口之间的隔离度大于20 dB,带宽为40%。损耗低、带宽宽、结构简单,是高隔离应用的理想选择。
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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