The development of displacement eddy current sensor independent of sample electromagnetic properties

Yangling Tuo, Yu Yating, Du Ping’an, Liang Yongchun
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引用次数: 4

Abstract

The displacement between the coil of eddy current sensor and the sample can influence the distribution of the eddy current in sample, consequently cause the change of the coil impedance, so the eddy current can be developed as a displacement measurement device. This paper aims to develop a new of eddy current sensor which is independent of the sample electromagnetic properties. Extended from the theoretical analysis and experiment study for the relationship of the coil resistance and inductance, a new eddy current displacement measurement circuit is presented. Then, the validation for the developed displacement eddy current sensor is performed by a series of experiments. The experiment result indicates that the new eddy current displacement sensor can eliminate effectively the measurement error due to the change of the sample electromagnetic properties.
不依赖于样品电磁特性的位移式涡流传感器的研制
涡流传感器线圈与样品之间的位移会影响涡流在样品中的分布,从而引起线圈阻抗的变化,因此可以开发涡流传感器作为一种位移测量装置。本文旨在研制一种不依赖于样品电磁特性的新型涡流传感器。在对线圈电阻与电感关系进行理论分析和实验研究的基础上,提出了一种新的涡流位移测量电路。然后,通过一系列实验对所研制的位移涡流传感器进行了验证。实验结果表明,新型涡流位移传感器能有效消除因样品电磁特性变化而产生的测量误差。
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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