基于压电陶瓷线性耦合的高压频率传感

Zia Irfan Ahmad, Kun Wang, M. Liu
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引用次数: 0

摘要

用已知的方法测量高交流电压需要源负载和潜在的大电流流过测量电路或设备的问题。本文介绍了一种测量中高压交流信号及其电压和频率的新方法。该传感器能够不受温度影响而连续测量高交流电压信号。它能够在不加载源的情况下测量电压和频率,即源输入电压施加不需要通过任何电阻或其他电路来进行操作。因此,它是一种单端测量技术,可以通过探测任何电压点来测量高压信号。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
High voltage and frequency sensing based on PZT ceramic linear coupling
High ac voltage measurement with known methods requires source loading and problem of potential high current flowing through the measuring circuit or device. This paper describes a novel method to measure medium to high ac signal, its voltage and frequency. The sensor developed is capable to measure high ac voltage signals continuously independent of the temperature effect. It is capable to measure voltage and frequency without loading the source i.e. the source input voltage applied need not be sinked through any resistance or other circuit for its operation. Hence it is a single ended measurement technique and high voltage signal can be measured by probing any potential voltage point.
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