Implementation of a high accuracy ac current sensing scheme using hall-sensor

A. Datta, K. Raj, R. Sarker
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引用次数: 1

Abstract

The paper represents an accurate and economic low range (up to 5 A) ac current sensing scheme using high precision ACS712 hall-sensor. ATmega microcontroller is used in processing signal and for data-acquisition from the hall-sensor output in order to make the system self-dependency. The reproducibility of the developed system is increased due to high speed operation and wide temperature-tolerance range of ACS712 hall-sensor. A proto-type of current sensing system is designed to sense up to 5 A (ac) with a precision of 0.01 A and resolution of 10 bit. Simulation and experimental validations are included to defend performance of the design with regard to high quality current sensing ability.
采用霍尔传感器实现了一种高精度交流电流传感方案
本文介绍了一种使用高精度ACS712霍尔传感器的精确、经济的低量程(5 A以内)交流电流传感方案。采用ATmega微控制器对霍尔传感器输出信号进行处理和数据采集,使系统具有自依赖性。由于ACS712霍尔传感器的高运行速度和宽耐温范围,提高了系统的可重复性。设计了一种电流传感系统的原型,可感应高达5 A (ac),精度为0.01 A,分辨率为10位。仿真和实验验证包括在高质量的电流传感能力方面捍卫设计的性能。
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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