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Millimeter-wave microstrip diplexer using elliptical open-loop ring resonators for next generation 5G wireless applications

机译:使用椭圆形开环环形谐振器的毫米波微带双工器用于下一代5G无线应用

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Design of millimeter-wave microstrip diplexer using elliptical open-loop ring resonators (OLRRs) for the next fifth generation (5G) wireless applications, is presented in this article. The proposed design consists of two 14-GHz and 28-GHz bandpass filters (BPFs). Each BPF consists of elliptical OLRRs that couple two microstrip lines. The geometrical parameters of both BPFs can easily adjust the passband and stopband frequencies to the desired frequencies. The proposed elliptical-shaped OLRRs show good broadband characteristics. The longer OLRR is responsible for achieving passband at the lower resonant frequency of 14 GHz while the shorter OLRR is used to generate a 28-GHz resonant frequency. The proposed diplexer has good return losses and insertion losses at the two resonant frequencies of 14 and 28 GHz. To validate the simulation results, the prototypes of the proposed designs are developed and tested. (c) 2016 Wiley Periodicals, Inc. Microwave Opt Technol Lett 58:106-110, 2016
机译:本文介绍了使用椭圆形开环环形谐振器(OLRR)的毫米波微带双工器,用于下一代第五代(5G)无线应用。提议的设计包括两个14 GHz和28 GHz带通滤波器(BPF)。每个BPF由耦合两条微带线的椭圆OLRR组成。两个BPF的几何参数都可以轻松地将通带和阻带频率调整为所需频率。提出的椭圆形OLRR具有良好的宽带特性。较长的OLRR负责在14 GHz的较低谐振频率下实现通带,而较短的OLRR用于生成28 GHz的谐振频率。所提出的双工器在14和28 GHz的两个谐振频率下具有良好的回波损耗和插入损耗。为了验证仿真结果,开发并测试了所提出设计的原型。 (c)2016 Wiley Periodicals,Inc.微波选择技术通讯,2016年58:106-110

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