The capacitive sensor

P. Kosina, L. Hájková, J. Šandera, Tomas Symersky
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引用次数: 8

Abstract

This paper is focused on a cavity in LTCC (Low Temperature Co-fired Ceramics), which is one of the methods used for creation of pressure sensor. The mechanical part is 3D structure in which there are integrated electrodes created by TFT (Thick Film Technology). One of them is fixed and the other one is on the deformation element. The zero value is defined by the size of the cavity. The sensor is constructive as a plate capacitor with a change in the distance of electrodes. The change of pressure is caused by the deformation and which consequently changes the capacitive. The quality of the sensor is influence by quality of the cavity. There are many problems with a deformation defect of the actuating element. The main aim is to create a cavity with a regular shape. It is very important for the solidity and good of sensitivity of the pressure sensor.
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电容式传感器
本文研究了低温共烧陶瓷(LTCC)的空腔,这是一种用于制造压力传感器的方法。机械部分是三维结构,其中有由TFT(厚膜技术)创建的集成电极。其中一个是固定的,另一个在变形单元上。零值由空腔的大小来定义。该传感器的结构类似于电极距离变化的板电容。压力的变化是由变形引起的,从而改变了电容。传感器的质量受腔体质量的影响。作动元件的变形缺陷引起了许多问题。主要目的是创造一个有规则形状的空腔。这对于压力传感器的坚固性和良好的灵敏度是非常重要的。
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