Design of Power Divider for Groove Gap Waveguide at Millimeter Wave Spectrum

Ghiayas Tahir, Arshad Hassan
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Abstract

In this paper, design of a passive power divider using Groove Gap Waveguide (GGW) is presented for mm-wave frequency spectrum (28 GHz sub band) for 5G and beyond applications. A one-to-two way power divider is initially designed by modifying T-junction with three matching pins. Subsequently, designed T-junction is scaled for one-to-four way passive power divider. Simulation results are quite promising and reflection coefficient less than 20 dB is achieved for frequency spectrum from 24.592 GHz to 34.259 GHz for one-to-two way power divider, and 26.265 GHz to 32.981 GHz for one-to-four way power divider. Dimensions of GGW are selected as per standardized rectangular waveguide for integration and practical utilization for 5G applications at 28 GHz.
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毫米波频谱沟槽波导功率分配器的设计
本文提出了一种基于槽隙波导(GGW)的无源功率分压器的设计,该分压器适用于5G及以上应用的毫米波频谱(28ghz子带)。通过对t型结进行修改,采用三个匹配引脚,初步设计了一到两路功率分配器。随后,对设计的t结进行了一至四路无源功率分压器的缩放。仿真结果显示,在一至二路功率分配器24.592 GHz ~ 34.259 GHz和一至四路功率分配器26.265 GHz ~ 32.981 GHz频谱范围内,反射系数均小于20 dB。GGW的尺寸根据标准化矩形波导选择,以便集成和实际应用于28 GHz的5G应用。
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