How to qualify LGT crystal for acoustic devices?

M. Allani, X. Vacheret, A. Clairet, T. Baron, J. Boy, C. Reibel, O. Cambon, J. Lesage, O. Bel, H. Cabane, C. Pécheyran
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引用次数: 2

Abstract

Before using any piezoelectric crystal to realize acoustic devices (sensors, transducers, actuators or ultra-stable resonators) and beyond its mechanical properties, the crystal material itself has to be characterized. Whether the very interesting properties of the LGT crystal make it the best candidate to substitute quartz crystal for frequency output devices, we must take into account the crystal quality. Indeed, applications require homogeneous crystals with reproducible physical properties.
如何使LGT晶体符合声学器件的要求?
在使用任何压电晶体来实现声学器件(传感器、换能器、致动器或超稳定谐振器)及其机械性能之前,必须对晶体材料本身进行表征。LGT晶体的有趣特性是否使其成为取代石英晶体的频率输出器件的最佳人选,我们必须考虑晶体质量。事实上,应用需要具有可重复物理性质的均匀晶体。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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