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Quartz crystal oscillator classification by dipolar analysis

机译:石英晶体振荡器的偶极分析分类

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摘要

The dipolar method associated with a nonlinear time domain simulation program make up a powerful tool to analyze high Q-factor circuits like quartz crystal oscillators. After a brief remainder of the dipolar method, the paper will attempt to identify the main amplifier characteristics such as limitation mechanism, input and output impedances, etc. and to point out their influence on the amplifier dipolar impedance. The effect of the amplifier nonlinearities on the oscillator characteristics, as well as the particular role of the crystal parallel capacitance are particularly emphasized.
机译:与非线性时域仿真程序关联的偶极方法构成了分析高Q因子电路(如石英晶体振荡器)的强大工具。在简要介绍了偶极方法之后,本文将尝试确定放大器的主要特性,例如限制机制,输入和输出阻抗等,并指出它们对放大器偶极阻抗的影响。特别强调了放大器非线性对振荡器特性的影响,以及晶体并联电容的特殊作用。

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