Study on Dual-band Antennas with a Modified Conical Antenna and a Parasitic Helical Element

Ryuji Hirohara, Shinpei Fusazaki, K. Noguchi
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Abstract

With the start of the 5G operations, it will become more important to apply communication systems to automo-biles, which has been promoted in recent years as connected cars. Multi-band antennas are required to reduce the in-vehicle space which is occupied by communication equipment. We de-signed dual-band antennas for the sub-6 GHz 5G bands and the intelligent transport systems (ITS) especially the driving safety support system (DSSS) by loading helical elements to modified conical antennas (MCA), and conducted simulations and meas-urements. As a result, the antenna satisfied the sub-6 and ITS DSSS bands in the simulations. There were slightly differences between the calculated and measured results.
基于改进圆锥天线和寄生螺旋元件的双频天线研究
随着5G运营的开始,将通信系统应用于近年来作为互联汽车推广的汽车将变得更加重要。为了减少通信设备占用的车内空间,需要多频段天线。通过将螺旋元件加载到改进的锥形天线(MCA)上,设计了用于sub-6 GHz 5G频段和智能交通系统(ITS)特别是驾驶安全支持系统(DSSS)的双频天线,并进行了仿真和测量。仿真结果表明,该天线满足sub-6和ITS DSSS频段。计算结果与测量结果略有差异。
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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