Design and Performance Analysis of Dual-band Microstrip patch antennas for Smart Apparels

Prahlad, Radha Anil Kandakatla, M. Riyaz Ahmed
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引用次数: 6

Abstract

The need for smart things has gripped the current market, and textile industry is no exception for this. The transformation in apparels from serving to cover to monitor our body has led to the proliferation of Human-in-the-loop models. The textile antenna design is an indispensable part of smart clothing. In this work, we propose a rectangular dual-band microstrip patch antenna for Wireless Body Area Networking. The smart wearable antenna is designed to have the center frequency of 5.8 GHz(ISM) and 10.48GHz(UWB) with a usable bandwidth of 160 MHz(5.87 GHz-5.71 GHz) and 1.18 GHz (10.89GHz-9.71 GHz) at return loss of -22.56dB and -33dB respectively. The importance of various performance parameters, of the designed antenna, is analyzed.
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智能服装用双频微带贴片天线的设计与性能分析
对智能产品的需求占据了当前的市场,纺织行业也不例外。服装从服务到覆盖再到监控我们的身体,这一转变导致了人体模特的激增。纺织天线设计是智能服装不可缺少的一部分。在这项工作中,我们提出了一种用于无线体域网络的矩形双带微带贴片天线。该智能可穿戴天线的中心频率为5.8 GHz(ISM)和10.48GHz(UWB),可用带宽为160 MHz(5.87 GHz-5.71 GHz)和1.18 GHz(10.89GHz-9.71 GHz),回波损耗分别为-22.56dB和-33dB。分析了所设计天线各性能参数的重要性。
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