A design of unequal power divider with positive and negative group delays

G. Chaudhary, Junsik Park, Qi Wang, Y. Jeong
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引用次数: 7

Abstract

This paper presents group delay investigation and implementation of unequal power divider with very high power division ratio. The proposed structure consists of Wilkinson power divider and branch-line where direct and coupled ports are terminated with resistors. By analytically study, the group delay associated with transmission paths between 3 and 1 is negative whereas the group delay associated between transmission path 2 and 1 is positive. Moreover, the negative group delay (NGD) characteristics are purely controlled by resistor connected in branch-line. For experimental validation, the power divider with power division ratio of 21.39 dB and NGD of -0.529 ns was designed, fabricated and measured at center frequency of 2.14 GHz.
一种具有正、负群延时的不等功率分配器的设计
本文研究了一种具有非常高功率分频比的非等分频器的群时延研究与实现。所提出的结构包括威尔金森功率分配器和分支线,其中直接和耦合端口端接电阻。通过解析研究,传输路径3和1之间的群延迟为负,而传输路径2和1之间的群延迟为正。此外,负群延迟(NGD)特性完全由连接在支路上的电阻控制。为进行实验验证,设计、制作了功率分配器,分配器功率比为21.39 dB, NGD为-0.529 ns,中心频率为2.14 GHz。
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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