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Implementation of Four-parameter LC Sensing Through Symmetric Dual-Resonant Circuit

机译:通过对称双谐振电路实现四参数LC感测

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LC-type sensors have been widely investigated and applied in sealed and harsh environments, because of the passive wireless features. However, most reported LC sensors can only monitor one or two parameters at a time. This paper provides a novel symmetric LC circuit configuration that has two mutually independent resonant modes. It is demonstrated that each mode can characterize two different parameters of interest. By using two diode varactors and two variable resistors as the sensing elements, a prototype of four-parameters monitoring system is implemented. Experimental results demonstrate that, the sensitivities of the two resonant frequencies are 557.14 kHz/V and 154.97 kHz/V, respectively; and the sensitivities of the Q-values are 0.27kΩ~(-1) and -0.22Ω~(-1), respectively.
机译:由于无源无线功能,LC型传感器已被广泛研究并应用于密封和恶劣环境中。但是,大多数报告的LC传感器一次只能监视一个或两个参数。本文提供了一种新的对称LC电路配置,具有两个相互独立的谐振模式。证明每个模式可以表征两个不同的感兴趣参数。通过使用两个二极管变容器和两个可变电阻作为传感元件,实现了四参数监测系统的原型。实验结果表明,两个共振频率的敏感性分别为557.14kHz / v和154.97kHz / v; Q值的敏感性分别为0.27kΩ〜(-1)和-0.22Ω〜(-1)。

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