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Low Loss Crystal Systems

William J. Fry

Open publisher page 3 citations

Abstract

Some aspects of the theory of low loss crystal systems are presented. The effect of small losses on the resonant frequency, the difference between the resonant and antiresonance frequencies, and the electrical impedances at resonance and at antiresonance, is calculated. A quality factor is defined and related to the mechanical loads on the crystal.

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What this paper is about

Some aspects of the theory of low loss crystal systems are presented. The effect of small losses on the resonant frequency, the difference between the resonant and antiresonance frequencies, and the electrical impedances at resonance and at antiresonance, is calculated. A quality factor is defined and related to the mechanical loads on the crystal.

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Available abstract

Some aspects of the theory of low loss crystal systems are presented. The effect of small losses on the resonant frequency, the difference between the resonant and antiresonance frequencies, and the electrical impedances at resonance and at antiresonance, is calculated. A quality factor is defined and related to the mechanical loads on the crystal.

Key concepts: Antiresonance, Crystal (programming language), Resonance (particle physics), Electrical impedance, Quality (philosophy), Materials science, Acoustics, Condensed matter physics

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