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THEORY AND DESIGN OF CRYSTAL OSCILLATORS IMMUNE TO ACCELERATION: PRESENT STATE OF THE ART

机译:晶体振荡器免疫加速的理论与设计:现有技术

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Theoretical and experimental results on the acceleration sensitivity of quartz crystal oscillators were consolidated in Filler's benchmark review paper published in the May 1988 Special Issue on Frequency Control, Part II of the IEEE Transactions on Ultrasonics, Ferroelectrics, and Frequency Control. Since that time, a large body of additional work has been produced. This paper will review those developments from the perspective of oscillator design. Areas of direct interest for oscillator design include equivalent circuit models, oscillator circuit interactions, and vibration compensation techniques, along with a clear and concise summary of the state-of-the-art in low acceleration sensitivity resonator design.
机译:关于石英晶体振荡器加速度敏感性的理论和实验结果在1988年5月发表的填充基准审查文件中巩固了频率控制的特殊问题,超声波,铁电和频率控制的IEEE交易第二部分。从那时起,已经生产了大量的额外工作。本文将从振荡器设计的角度审查这些开发。振荡器设计的直接兴趣领域包括等效电路模型,振荡器电路相互作用和振动补偿技术,以及在低加速度灵敏度谐振器设计中的最先进的清晰简洁的概述。

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