Rectification of Electrical Energy Using Band Pass Filter

Deepak Sharma, Anurag Saxena, Z. Ali, Neeraj Yadav
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引用次数: 0

Abstract

In wireless power transfer, does not require the flow of electrons in any material like conductor. In this process electrical energy is originated from the transmission line. It uses a wearable antenna like textile or cloths. The most important applications of the wearable antenna are Wi-Fi or WLAN. on simulating the design the S11 result of textile antenna gives one resonant frequency at 5.24 GHz. The thickness of the textile material is 1mm with dielectric constant 1.7. The transfer of electrical energy wirelessly is too difficult But with the help of receiver antenna makes it possible. Circuit with the feedback upon the frequency of the input voltage are also known as filters. Band pass filter is used in this because it passes the particular frequency range. After that bridge rectifier is utilized which converts radio frequency signal (AC) into DC signal.
带通滤波器对电能的整流
在无线电力传输中,不需要电子在导体等任何材料中流动。在这个过程中,电能来源于输电线路。它使用像纺织品或布料一样的可穿戴天线。可穿戴天线最重要的应用是Wi-Fi或WLAN。在模拟设计中,纺织天线的S11结果为5.24 GHz谐振频率。纺织材料厚度为1mm,介电常数为1.7。无线传输电能是非常困难的,但有了接收天线的帮助,这就成为可能。对输入电压的频率进行反馈的电路也称为滤波器。带通滤波器用于此,因为它通过特定的频率范围。然后利用桥式整流器将射频信号(交流)转换成直流信号。
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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