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Some new solutions to ferroresonance problem in power system

机译:电力系统铁磁谐振问题的一些新解决方案

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A parametric equation of the envelope on the G¿1(jw) plane for the general polynomial-type nonlinearity is derived. An analytical method has been suggested for the evaluation of threshold frequency for the occurrence of ferroresonance. Mathematical equations have been deduced for computing the jump-to points for quintic nonlinearity. A generalised equation for asymptotic values of percentage unstable zone for various types of nonlinearities has been derived. New definitions for jump-up severity and jump-down severity are introduced. A system due to Swift has been analaysed for the purposes of illustration.
机译:导出了一般多项式非线性的GÂ1(jw)平面上的包络参数方程。已经提出了一种分析方法,用于评估铁磁谐振发生的阈值频率。推导了数学方程式,用于计算五次非线性的跳点。导出了针对各种非线性类型的不稳定区域百分比渐近值的广义方程。引入了有关上跳严重性和下跳严重性的新定义。为了说明起见,对由于Swift而设计的系统进行了分析。

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