Can't Apply the Superposition Theorem for the Power of the Linear Time-Invariant Sinusoidal Steady State(SSS) Circuit? 线性非时变正弦稳态(SSS)电路的功率不能用迭加原理吗?
The power analysis of the circuits in the sinusoidal steady state is complicated. The problems in solution of these circuits are presented, and the emphasis is placed on the relationship between voltage phasor and current phasor. 正弦稳态(SSS)电路功率的分析比较复杂,本文介绍了求解这些电路时遇到的问题,强调了表示电压相量和电流相量数学关系式的应用。
Firstly, this paper analyzes the working principle of four-quadrant converter, and then on this basis, gives a mathematical model of four-quadrant converter under the sinusoidal steady state. 对变流器的控制离不开其数学模型,本文首先分析了四象限变流器工作的原理,然后在此基础上给出了四象限变流器在正弦稳态(SSS)下的数学模型。
The Power Problems of the Circuits in the Sinusoidal Steady State(SSS) 正弦稳态(SSS)电路功率问题
This result is applicable to any two - and multiple-port networks with linear or nonlinear components in sinusoidal steady state. 最后推导得出任意二端口以及多端口网络的四个参数:Y参数、Z参数、H参数和G参数,所得结果适用于正弦稳态(SSS)下任意线性非线性二端口以及多端口网络。