Non-contact measurement for profile of different diameter micro/mini holes with capacitance sensor

Liyan Zhu, Wen Wang, Ke-qing Lu, Z. Fan
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Abstract

Now the basic structures of capacitive sensors always use cylindrical fixed electrodes and the measurement for different diameter hole requires different specifications of sensor probe. For the shortfall of the measurement method for hole profile with capacitive sensor, this paper introduces the principle of capacitive sensor for micro/mini hole measurement and the capacitance-based device used in different diameter micro/mini holes’ profile measurement through the structural improvements of the capacitive sensor probe, then simulation and error analysis are conducted. The simulation results indicate the error is less than 5%, and it verifies the feasibility of the profile measurement principle for different diameter hole with capacitance sensor.
电容式传感器非接触式测量不同直径微/微型孔的轮廓
目前电容式传感器的基本结构多采用圆柱形固定电极,对不同直径孔的测量需要不同规格的传感器探头。针对电容式传感器孔廓廓测量方法的不足,通过对电容式传感器探头的结构改进,介绍了用于微/微型孔廓廓测量的电容式传感器的工作原理和用于不同直径微/微型孔廓廓测量的电容式器件,并进行了仿真和误差分析。仿真结果表明,误差小于5%,验证了电容传感器测量不同直径孔廓形原理的可行性。
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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