Small Antenna Characterization in GTEM Cell

A. Mishra, S. Dubey
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Abstract

With the start of EM wave hazard evaluation from mobile towers, the E-field measurements become a point of increasing interest among people. Antenna characterization in terms of their radiation patterns is a key microwave measurement in precise E-field measurement. The probes used for E-Field measurements are calibrated as per IEEE 1309. This standard has been modified thrice in the last fifteen years, yet, it only discusses E-Field sensors and probes characterization and excludes antenna parametric study. In this paper, simulation of Vivaldi shape antenna is done using HFSS software and its parameters like antenna factor and gain are studied. Thereafter, measurements of these parameters are done inside GTEM cell and in free space. The simulated results are then compared with the measured results. The antenna factor and gain of the designed antenna has been calculated from this.
GTEM小区小天线特性研究
随着移动信号塔电磁波危害评价的开展,电磁场的测量越来越受到人们的关注。天线的辐射方向图特性是精确电磁场测量中的关键。用于电场测量的探头按照IEEE 1309进行校准。在过去的十五年中,该标准已经修改了三次,但是,它只讨论了电磁场传感器和探头的特性,而不包括天线参数的研究。本文利用HFSS软件对维瓦尔第形状天线进行了仿真,并对其天线因子、增益等参数进行了研究。之后,这些参数的测量是在GTEM细胞内和自由空间进行的。然后将模拟结果与实测结果进行了比较。由此计算了所设计天线的天线系数和增益。
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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