Design of Metamaterial Zipper Antenna for Boby-Centric Wireless Communication

K. Kavitha, B. Abirami, S. Rajalakshmi, N. Ragadharini
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Abstract

The concept of making metamaterial zipper antenna to serve as an off- body antenna is proposed and the stimulations are carried out. The feeding point is located at the bottom and in order to be more specific it is around one of the variation and reflection coefficient as well as radiation pattern or brought by excitation at certain tooth of zipper. The radiation pattern is reconfigurable to some extent. A fractional bandwidth of 4.80 percent at 2.48 GHz of industrial, scientific and medical band with a gain of about 5dBi has been achieved. The stimulation result indicate reasonable agreement to that of stimulation in both matching performance and the radiation feature of metamaterial zipper antenna, which makes the antenna more promising candidate for body centric wireless communication device .
基于人体中心无线通信的超材料拉链天线设计
提出了用超材料拉链天线作为体外天线的概念,并进行了仿真。进料点位于底部,更具体地说,它是在拉链某一齿处激发引起的变化、反射系数和辐射方向图的其中一个附近。辐射模式在某种程度上是可重构的。在2.48 GHz的工业、科学和医疗频段,已经实现了4.80%的分数带宽,增益约为5dBi。仿真结果表明,超材料拉链天线的匹配性能和辐射特性与仿真结果基本一致,使该天线更有希望应用于人体中心无线通信设备。
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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