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Communication and Powering Scheme for Wireless and Battery-Less Measurement

机译:无线和无电池测量的通信和供电方案

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摘要

The paper presents solution for wireless and battery-less measurement in the enclosed areas. The principle is based on passive RFID, nevertheless this paper is focused on high power-demanding applications such as MEMS accelerometers, gas sensors, piezoresistive strain gauges, etc. Standard FRID communication scheme (sensing the input current change on the primary side) cannot be used in this case, because the communication channel is overloaded by the high power load. Paper presents possible solution which is based on the dual frequency scheme – one frequency for powering and other for the communication. This is ensuring capability for measurement up to several centimeters on the frequency bands 125 kHz and 375 kHz. It can be suitable for continual measurement in isolated systems such as the rotating objects, concrete walls, enclosed plastic barrels, high temperature chambers etc.
机译:本文提出了在封闭区域进行无线和无电池测量的解决方案。该原理基于无源RFID,尽管如此,本文还是着重于对高功率的应用,例如MEMS加速度计,气体传感器,压阻应变仪等。在这种情况下使用此选项,因为通信通道因高功率负载而过载。本文提出了基于双频方案的可能解决方案-一种用于供电的频率,另一种用于通信的频率。这确保了在125 kHz和375 kHz频段上长达几厘米的测量能力。它适合在隔离系统中进行连续测量,例如旋转物体,混凝土墙,封闭的塑料桶,高温箱等。

著录项

  • 作者

    Boura A.; Husak M.;

  • 作者单位
  • 年度 2012
  • 总页数
  • 原文格式 PDF
  • 正文语种 {"code":"en","name":"English","id":9}
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