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Circularly Polarized Jute Textile Antenna for Wi-MAX, WLAN and ISM Band Sensing Applications

机译:用于Wi-Max,WLAN和ISM频带传感应用的圆极化黄麻纺织天线

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摘要

This study exhibits a circularly polarized (CP) conformal antenna actualized by using a jute textile as a substrate. Its sensing 3.5, 4.9, and 5.8 GHz in the Wi-MAX, WLAN, and ISM radio bands. The topology of the proposed antenna has relied on a curvature structure as the prime radiating element, and ground structure whirled in contradictive arrangement to the patch. Conductivity was materialized by applying copper paint through the traditional painting approach, i.e., brush painting. This fabrication method allows attaining the conformability with minimized size, lightweight, and low sensitivity to the environment without weakening the radiating performance. These attributes allowed the jute textile antenna appropriately for the incorporation in wearable devices for body-driven applications. The electromagnetic properties of the projected jute textile antenna accomplished in simulations were confirmed through the measurement of the antenna in an anechoic chamber. The CP jute textile antenna shows a peak gain of 4.93, 8.86, and 10.07dBi at 3.5, 4.9, and 5.8 GHz (WiMAX, WLAN, and ISM).
机译:该研究表现出通过使用黄麻纺织品作为基材而实现的圆极化(CP)共形天线。它在Wi-Max,WLAN和ISM无线电乐队中的3.5,4.9和5.8 GHz。所提出的天线的拓扑依赖于曲率结构作为主要辐射元件,并且地面结构以矛盾的布置旋转到贴片。通过通过传统的绘画方法涂覆铜涂料,即刷子绘画来实现导电性。该制造方法允许以最小化的尺寸,轻质和对环境的敏感度最小化,而不会削弱辐射性能。这些属性使黄麻纺织天线适当地纳入用于体驱动应用的可穿戴设备。通过测量在一个化学室中的天线来确认模拟中的投影黄麻纺织天线的电磁特性。 CP黄麻纺织天线显示3.93,8.86和10.07DBI的峰值增益,为3.5,4.9和5.8 GHz(WiMAX,WLAN和ISM)。

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