This article using the equivalent parametric method in the steady condition presents the integrated algorithm to the symbolic analysis of nonlinear circuit system.
利用非线性电路系统稳态工作情况下的等效小参量法，提出了复杂非线性电路系统的符号分析的统一算法。
The time-stepping FEM model for the dynamic analysis of power system is established considering the nonlinear characteristics of internal generators and typology structures of external circuit.
建立了既考虑发电机内部非线性又考虑外部电路拓扑结构的用于系统动态分析的时步有限元模型。
The analysis also shows that the nonlinear terms in the dynamic system equations cause the stochastic state to jump so that the circuit state can reach compatibility with the constraint equations.
同时发现动力学系统中的非线性函数项（或非线性元件）能够发生跳跃随机性和产生跳跃随机曲线，以使电路的状态轨迹达到与约束方程相容的状态。
Then it is convenient to construct a nonlinear simulation circuit and experiment with it, and the circuit can be a substitution of the nonlinear dynamic high-pressure measurement system.
由此，可以比较方便地构造一个非线性仿真电路来替代非线性动态高压测量系统进行实验研究。
Results By applying the nonlinear simulating circuit system, the chaotic-image simulating instrument is made.
结果应用模拟电路的非线性系统来模拟混沌，研制成混沌图像投影演示仪。
In order to study the chaotic behavior in the discontinuous system, a RLC nonlinear circuit model with an analogy switch was observed, which was described by a piecewise-continuous map.
为了研究不连续系统中的混沌行为，观察一个由比较器控制的，带有模拟开关的RLC非线性电路模型，此电路系统的行为可以用一个分段光滑映象来描述。
In the practical liquid level control system, it may become chaotic because of the nonlinear part in the proportion feedback circuit.
液位控制系统中的比例反馈回路中存在非线性环节，使液位控制系统的运动成为混沌运动。
In the practical liquid level control system, it may become chaotic because of the nonlinear part in the proportion feedback circuit.
液位控制系统中的比例反馈回路中存在非线性环节，使液位控制系统的运动成为混沌运动。
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