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A Novel Simple Humidity Sensor Constructed by Sandwiched Cantilever

机译:一种由夹层悬臂构建的新型简单湿度传感器

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This paper presents a novel humidity sensing mechanism. A simple sandwiched cantilever fabricated by traditional MEMS (microelectromechanic systems) process is proposed in this study. During the operation of humidity sensing, the polyimide-sensing layer, top layer of the sandwiched micro-cantilever, swells and the induced compressive stress pushes the tip of cantilever to deflect downward. To systematically investigate the performance of humidity sensor, three items were conducted in this study including response curve, time response, and hysteresis. The simple sensing mechanism had been verified and yielded a high average response time of 0.7 second during humidity range from 65%RH to 95%RH.
机译:本文提出了一种新颖的湿度传感机制。 在本研究中提出了一种简单的夹层悬臂,由传统MEMS(微电机电系统)工艺制造。 在湿度传感的操作期间,聚酰亚胺感测层,夹在微悬臂,膨胀和诱导的压缩应力的顶层推动悬臂尖端向下偏转。 为了系统地研究湿度传感器的性能,本研究中进行了三项项目,包括响应曲线,时间响应和滞后。 已经验证了简单的感测机理,并在湿度范围内从65%RH至95%RH产生0.7秒的高平均响应时间。

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