非线性传递四极的代数微分方程

Vasyl Tchaban, Taras Ryzhyi
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引用次数: 0

摘要

提出了一种非线性直通有源四极的代数微分方程形成方法,该方法将其独立极电流和独立极电压连接起来。分析的难点在于内部和外部的一些未知数可能都在微分符号下。内部和外部电流和电压系统的共用微分方程是这一形成的起始信息。该方法在由非线性双端口元件构成的系统的相应代数微分方程形成的两个案例中得到了验证。在系统内部 D-畸变或纯电阻电路的情况下,分析明显简化。
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Algebraic-differential equations of a nonlinear pass-through quadripole
A method of forming algebraic-differential equations of a nonlinear pass-through active quadripole, which connect its independent pole currents and independent polar voltages, is proposed. The difficulty of the analysis lies in the fact that some of both internal and external unknowns may be under the symbol of differentiation. The common differential equations of the system of internal and external currents and voltages act as starting information for this formation. The method is demonstrated on two cases of the formation of corresponding algebraic-differential equations of systems as formed by nonlinear two-port elements. The analysis is significantly simplified in the case of internal D-degeneracies of the system or purely resistive circuits.
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