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Finite element method has been applied to quartz crystal resonator engineers due to its long history in research based on Mindlin plate and three-dimensional approaches for piezoelectric plates with considerations of complication factors such as electrodes, thermal effect, mounting, and packaging, among others. The earlier efforts have been dampened, however, by the fact that the high vibration frequency...
The accurate analysis of high frequency vibrations of quartz crystal resonators are increasingly critical in product design and development because the miniaturization has signified effects of complications such as electrodes, beveling, and mountings, which affect the resonator performance through key indicators like the frequency-temperature characteristics and quality factor. The practical solutions...
The vibration analysis of crystal plates has been an essential part of quartz crystal resonator design with Mindlin plate theory for high frequency vibrations. As the vibration frequency of quartz crystal resonators continues climbing to meet new application requirements and resonator design to accommodate more restrictions on device parameters, additional considerations of material properties like...
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