用于导电材料的超小型涡流换能器研究

V. Malikov, M. Davydchenko, S. Dmitriev, A. Sagalakov
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引用次数: 8

摘要

在涡流传感器(ECT)的基础上,又发展了变压器式传感器。它允许探索金属-绝缘体-金属,铝镁合金结构和钛。给出了传感器的框图和基本技术信息(匝数为10 ~ 130,磁芯初始磁导率μmax=500)。考虑了用计算机作为绕组信号的发生器和接收机的方案。介绍了一种能够对钛、铝镁合金等复合材料缺陷进行高精度控制的测量技术。作为研究的一部分,换能器已经在许多设施上进行了测试:5.5毫米厚的铝镁合金和5毫米厚的钛。本文说明了这些结构中缺陷对电痉挛信号的依赖性。
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Subminiature eddy-current transducers for conductive materials research
On the basis of the eddy-current transducer (ECT) of transformer type sensor has been developed. It allows exploring metal-insulator-metal, aluminum-magnesium alloy structure and titanium. Block diagram of the sensor, basic technical information were presented (the number of 10-130 turns, the value of initial magnetic permeability of the core μmax=500). The scheme of computer application as a generator and receiver of signals from the windings has been considered. Measurements technique which allows high-precision control of defects in composite materials, titanium and aluminum-magnesium alloy has been described. As a part of the study, the transducer has been tested at a number of facilities: aluminum-magnesium alloy 5.5 mm thick and titanium 5 mm thick. The article shows the dependence of the (ECT) signal from the defect in these structures.
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