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Beam broadened radial line slot array antenna for fifth generation (5g) mobile broadband communication

机译:用于第五代(5g)移动宽带通信的扩束径向线缝隙阵列天线

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摘要

Radial line slot array antenna with broad beam is easily realized at frequencies in the lower part of super high frequency band. But emerging broadband mobile communication systems like the fifth generation target frequencies in the upper part of the band and beyond. Therefore, this paper presents the design of beam broadened radial line slot array antenna at 28 GHz for fifth generation broadband mobile communication system. Surface slot distribution synthesis was carried on beam squinted standard single layer radial line slot array design to achieve the broad beam. Using computer simulation technology microwave studio 2014 software, 85 mm radius antenna having polypropylene (ɛr = 2.33) as cavity material was realized. Simulated results shows a gain of 15.8 dB, impedance bandwidth of 1.6 GHz, radiation efficiency of 96 % and 3 dB half power beamwidth of up to 32.3o.
机译:具有超宽波束的径向线缝阵列天线很容易在超高频带下部的频率上实现。但是,像第五代这样的新兴宽带移动通信系统的目标频率是该频段的上部及更高部分。因此,本文提出了用于第五代宽带移动通信系统的28 GHz扩束径向线缝隙阵列天线的设计。表面斜缝分布合成是在斜视标准单层径向线缝隙阵列设计上进行的,以获得宽光束。使用计算机仿真技术微波Studio 2014软件,实现了以聚丙烯(ɛr= 2.33)为腔体材料的85 mm半径天线。模拟结果显示增益为15.8 dB,阻抗带宽为1.6 GHz,辐射效率为96%,3 dB半功率波束宽度高达32.3o。

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