Compound Resonators and Microweighing Sensors

A. Ballato
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引用次数: 7

Abstract

Simplified derivations of the Quimby compound resonator (QCR) equations are provided, with their reduction to the quartz crystal microbalance (QCM) forms, for both the originally assumed condition of negligible transducer piezocoupling, as well as for the much more interesting case where both the transducer and unknown possess arbitrary piezoelectric coupling factors. For the QCM configuration, the accuracy of the mass determination depends somewhat upon where the frequency measurements are made on the impedance circle. For the QCR situation where both transducer and measurand are piezoelectric, the piezocoupling may be determined along with the elastic coefficients, by alterations in the electrical boundary conditions
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复合谐振器和微型称重传感器
给出了昆比复合谐振器(QCR)方程的简化推导,并将其简化为石英晶体微天平(QCM)形式,既适用于可忽略的换能器压电耦合条件,也适用于更有趣的情况,即换能器和未知元件都具有任意压电耦合因子。对于QCM配置,质量测定的准确性在某种程度上取决于在阻抗圆上进行频率测量的位置。对于换能器和被测器都是压电的QCR情况,可以通过改变电边界条件来确定压电耦合和弹性系数
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