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The analysis of forced oscillation and weak damping oscillation

机译：强制振荡和弱阻尼振荡分析

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摘要

The main types of oscillations are the forced oscillation and the weak damping oscillation. The forced oscillation and the weak damping oscillation have different mechanisms and need to adopt different means to control them. Thus, when low-frequency oscillation occurs, the system should quickly and accurately distinguish the type of oscillator. In this paper, starting from the mechanism of forced oscillation and weak damping oscillation, make a comprehensive comparative analysis of these two mechanisms, revealing the nature of the low-frequency oscillations and the root causes of induced' oscillations, I do a detailed comparison and distinction in the aspects of waveform, communication, energy and other aspects. And there has a more intuitive verification though the waveform of the Southern network. The results of the study have definite instructive meaning for analysis, monitor and control of low frequency oscillation.
机译：主要类型的振荡是强制振荡和弱阻尼振荡。强制振荡和弱阻尼振荡具有不同的机制，需要采用不同的方法来控制它们。因此，当发生低频振荡时，系统应快速准确地区分振荡器的类型。在本文中，从强制振荡和弱阻尼振荡的机制开始，对这两个机制进行全面的比较分析，揭示了低频振荡的性质和诱导的振动的根本原因，我做了详细的比较和区别在波形，通信，能量等方面的方面。虽然南方网络的波形，但还有更直观的验证。该研究的结果具有明确的有效意义，用于分析，监测低频振荡。

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