非接触式弱电检测技术研究

Bo Chen, Sai Wu, Rui Wang, Changlei Liu, Jindong Lu, Kui Deng, L. Ge
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引用次数: 2

摘要

随着工业技术的不断发展,弱电在生活的各个领域发挥着越来越重要的作用。为了方便用户携带,非接触式弱电测量技术的研究也在兴起。本文的设计思想是基于二维磁阻传感器器件构建的非接触式弱电检测系统。该系统使用磁阻传感器HMC1002来收集电流信号,并使用温度传感器DS18B20来补偿温度。磁阻传感器和温度传感器收集的信号非常微弱。信号经放大电路放大后,有利于后续的检测和处理。滤波电路可以滤除干扰信号,达到提高精度的目的。微控制器的相应算法将信号电压转换后,易于读取和存储,从而设计出一种能够检测微弱电流并实现更高精度的非接触式电流测量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on Non-Contact Weak Current Detection Technology
With the continuous development of industrial technology, the weak current plays an increasingly important role in all fields of life. In order to facilitate the user to carry, the study of contactless weak current measurement technology is also emerging. This article’s design idea is based on two-dimensional reluctance sensor device built non-contact weak current detection system. The system uses the reluctance sensor HMC1002 to collect the current signal and the temperature sensor DS18B20 to compensate the temperature. The signals collected by the reluctance sensor and the temperature sensor are extremely weak. After being amplified by the amplifying circuit, the signal is conducive to subsequent detection and processing. Filter circuit can filter out interference signals to achieve the goal of improving accuracy. After the corresponding algorithm of the microcontroller will convert the signal voltage, easy to read and store, thus designing a non-contact current measurement capable of detecting weak currents and achieving higher accuracy.
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