RF/microwave Sensed Cantilevers, Diaphragms, and Tactile Sensors for Passive and Active Sensor Systems

R. Weber
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引用次数: 3

Abstract

Sensors and sensor systems for in-vivo implantation present several challenges. These include power requirements and compatibility with low voltage integrated circuit technology at the one to three volt level. This paper in addition to discussing several sensing structures, discusses a cantilever structure that has demonstrated low pull in voltages and for which the pull in voltage is easily designed. Passive sensing structures need to be remotely sensed. Active structures need power supplies. Some considerations are given for some power supply systems
用于被动和主动传感器系统的射频/微波传感悬臂,隔膜和触觉传感器
用于体内植入的传感器和传感器系统存在一些挑战。这些包括功率要求和兼容低电压集成电路技术在一到三伏特的水平。本文除了讨论几种传感结构外,还讨论了一种悬臂结构,该结构具有低电压拉,并且易于设计。被动传感结构需要遥感。主动结构需要电源。对一些供电系统给出了一些考虑
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