用于能量收集充电的微带天线的设计与实现

R. Krishnamoothy, K. Umapathy
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引用次数: 6

摘要

本文提出了一种射频能量收集天线的设计与实现,用于为低功耗应用设备充电。采用双微带天线的基本原理配合印刷贴片天线设计,可以方便接收,这类天线是专门用于射频采集的,天线工作在1800Hz、1900MHz和2.4 GHz三个不同的频率。接收机将来自城区移动信号塔等的射频信号转换成直流电压。提取的能量形成城区直接充电到低功率应用,射频在周边地区可用,从而呈现射频能量收集。提出了一种采用整流天线的天线设计方法。
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Design And Implementation Of Microstrip Antenna For Energy Harvesting Charging Low Power Devices
In this paper, presented a design and implementation of antenna for radio frequency energy harvesting to charge low power application devices. The basic principle of two microstrip antenna used with the printed of patch antenna design it can be easy to receive, this type of antenna is specially used for RF harvesting, the antenna operating at three different frequency 1800Hz,1900MHz and 2.4 GHz. The receiver of radio frequency from the urban area such as mobile cell tower signal to convert DC voltage. The extract energy forms the urban area to direct charge to low power applications, radio frequency is available in surrounding area and thus presents of RF energy harvesting. Its use of an antenna design of rectenna has been proposed.
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