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本文讨论了大幅度的正弦振荡对ＬＣ自激振荡器的同步问题。文中从大信号作用下 自激振荡器的动态施工出发，采用缓变条件加以简化，得到了更为普遍的近似同步方 程式。考虑到电子管板流的饱和特性，同步方程可以近似为线性方程进行求解。 文中由同步方程求出了大信号作用下同步的稳态解和瞬态解，从而确定了同步的范 围和瞬变过程。 本文还讨论了所得同步方程的应用条件，最后介绍了所用的实验装置和实验结果， 实验结果表明是和分析一致的。
This article discusses the substantial sinusoidal oscillation of the LC self-excited oscillator synchronization problem. In this paper, starting from the dynamic construction of the self-oscillating oscillator under the action of large signal, the generalized approximate synchronization equation is obtained by using the slow-change conditions. Considering the saturation characteristics of tube plate flow, the synchronization equation can be approximated as a linear equation. In this paper, the steady-state solution and transient solution of synchronization under large signal are obtained from the synchronization equation, and the scope of synchronization and transient process are determined. The paper also discusses the application conditions of the obtained synchronization equation. Finally, the experimental setup and experimental results are introduced. The experimental results show that it is consistent with the analysis.