X-ray topography studies on the influence of the mass-loading effect on resonator parameters

I. Mateescu, B. Capelle, J. Détaint, L. Dumitrache
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引用次数: 4

Abstract

In this paper the results of electrical measurements of the mass-loading influence on AT-cut quartz resonator parameters are compared with those obtained by X-ray topography analysis of the same resonators. Based on the Ballato's transmission-line analogs of the trapped-energy resonators vibrating in thickness-shear mode, the mass-loading effect on resonator characteristics was studied and the effective mass-loading, motional inductance and quality factor of quartz resonators were computed. X-ray topography measurements were performed by transmission diffraction using the synchrotron radiation. Sawyer plan-parallel polished AT quartz resonators with 14 mm diameter, 5 MHz frequency, Au electrodes with various structures, diameters and thickness were used in experiments. The results of the X-ray topography investigations are in agreement with the previous ones obtained by electrical measurements.
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质量加载效应对谐振腔参数影响的x射线形貌研究
本文将质量载荷对at切割石英谐振器参数影响的电测量结果与相同谐振器的x射线形貌分析结果进行了比较。基于巴拉托传输在线模拟的以厚度-剪切模式振动的困能谐振器,研究了质量载荷对谐振器特性的影响,计算了石英谐振器的有效质量载荷、运动电感和质量因数。x射线形貌测量采用同步辐射透射衍射法进行。实验采用直径为14mm,频率为5mhz的Sawyer平面-平行抛光AT石英谐振器,采用不同结构、直径和厚度的Au电极。x射线形貌调查的结果与先前的电测量结果一致。
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