A foundry fabricated surface-micromachined high-speed rotation sensor using wireless transmission

W. Sun, T. Mei, W.J. Li
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Abstract

A novel MEMS surface-micromachined non-contact high-speed rotation sensor with total surface area under 4 mm/sup 2/ is now under development. Various versions of the sensor have been designed and were fabricated using the MCNC Multi-User MEMS Processes (MUMPs). This paper reports the initial characterization of the sensor and presents the results of transmitting the sensor data via a commercial wireless transmission chip. Initial results indicate that this piezoresistive sensor is capable of measuring rotation speeds from 1000 to 4000 rpm with linear output. The responsivity of the sensor is 3Hz/rpm in this region.
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采用无线传输技术制造表面微加工高速旋转传感器
目前正在开发一种新型的MEMS表面微机械非接触式高速旋转传感器,其总表面积低于4 mm/sup 2/。使用MCNC多用户MEMS工艺(MUMPs)设计和制造了各种版本的传感器。本文报告了传感器的初步特性,并介绍了通过商用无线传输芯片传输传感器数据的结果。初步结果表明,这种压阻式传感器能够测量从1000到4000 rpm的线性输出转速。传感器在该区域的响应度为3Hz/rpm。
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