Study of geometry-shaped monopole antenna with step-shaped etching technique on ground plane

W. Naktong, S. Kornsing, P. Boonmaitree, P. Dabbung, A. Ruengwaree
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引用次数: 1

Abstract

This research is presented the comparison of geometry-shaped monopole antennas having three models those are rectangle, triangle and circle-shaped. Each proposed antenna has been the step-shaped etching technique on ground plane to enlarge bandwidth. These antennas were designed by CST program to simulate the variety of result such as reflection coefficient, gain and radiation patterns then the simulation results were compared with measurement results. The both rectangle and triangle-shaped antenna have been supported the application of frequency range of IEEE 802.15.3a except the circle-shaped antenna. The radiation patterns of proposed antenna are Omni directional with average gains of 3.93 dBi (rectangle) and 3.84 dBi (triangle). The circle-shaped antenna has two average gains low frequency of 3.36 dBi and high frequency of 4.19 dBi.
地平面阶梯刻蚀技术研究几何单极天线
本文对矩形、三角形和圆形三种几何形状的单极天线进行了比较研究。每一种天线都采用了地平面阶梯蚀刻技术来扩大带宽。利用CST程序对天线的反射系数、增益和辐射方向图等参数进行仿真,并与实测结果进行比较。除圆形天线外,矩形和三角形天线均已支持IEEE 802.15.3a频率范围的应用。天线的辐射方向图为全向,平均增益为3.93 dBi(矩形)和3.84 dBi(三角形)。环形天线具有低频3.36 dBi和高频4.19 dBi两个平均增益。
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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