嵌入MEMS A/D转换器和Saw转发器的单片封装无线传感器系统

Jae-Geun Oh, Bumkyoo Choi, Seung-Yop Lee
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引用次数: 2

摘要

为应用于轮胎压力监测系统(TPMS),开发了单片封装的SAW(表面声波)无线电应答器和压力传感器。该装置包含无线应答器,它将模拟信号转换为数字信号,而不需要任何辅助的电子电路,然后将转换后的数据无线传输。无线应答器和压力传感器不需要电源。触摸式压力传感器将外部施加的压力转换为电容,SAW无线电应答器将传感器值作为脉冲序列辐射到询问(测量)单元。机械A/D转换的实现是可能的,因为SAW无线电应答器已连接到触摸模式电容压力传感器。SAW无线电应答器和触摸模式传感器分别采用表面微加工和体微加工技术制造。集成、无源和无线压力传感器的性能满足线性度、灵敏度和噪声系数等设计指标。最后给出了无电源应答器和传感器的实验结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Monolithically Packaged Cordless Sensor System Embedding MEMS A/D Converter and Saw Transponder
A monolithically packaged SAW (Surface Acoustic Wave) radio transponder and pressure sensor is developed for the application to a TPMS (Tire Pressure Monitoring System). The device contains the wireless transponder, which converts analog signal into digital one without any auxillary electronic circuits and then transmits the converted data wirelessly. No power sources are needed for wireless transponder and pressure sensor. The touch-mode pressure sensor converts externally applied pressure into a capacitance, and the SAW radio transponder radiates sensor values as pulse train to the interrogation (measurement) unit. The realization of the mechanical A/D conversion is possible since the SAW radio transponder has been connected to the touch-mode capacitive pressure sensor. The SAW radio transponder and touch-mode sensor have been fabricated using a surface micromachining and a bulk micromachining technologies, respectively. The performance of the integrated, passive and wireless pressure sensor meets the design specifications such as linearity, sensitivity and noise figure. Finally, experimental results on the radio transponder and sensor without power source are presented.
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