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Measurement of thickness-shear-stress distribution of the oscillating plano-convex AT-cut quartz-crystal resonator

Measurement of thickness-shear-stress distribution of the oscillating plano-convex AT-cut quartz-crystal resonator

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The paper compares measured and calculated thickness-shear-stress distributions of a plano-convex AT-cut quartz-crystal resonator oscillating at its fundamental, 3rd overtone and 5th overtone thickness-shear resonant vibration frequencies. The calculated resonant frequencies and the vibration-stress distribution calculated numerically using a finite-element method show good agreement with those obtained experimentally.

Inspec keywords: partial differential equations; finite element analysis; crystal resonators; quartz

Other keywords: plano convex AT cut quartz crystal resonator; resonant vibration frequencies; 5th overtone; 3rd overtone; calculated resonant frequencies; fundamental; finite element analysis; thickness shear stress distribution measurement

Subjects: Differential equations (numerical analysis); Piezoelectric and ferroelectric devices

References

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Erratum: Measurement of thickness-shear-stress distribution of the oscillating planoconvex AT-cut quartz-crystal resonator
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