Abstract
Many electric circuits feature some type of non-linearity of their used devices. Non-linear resistors or inductors could be typical examples. Also, all semiconductor devices are in their nature non-linear ones. From the point of view of the circuit solution they are presented non-linear static and dynamical system described by differential equations. Particularly, in steady state, it could be system of non-linear algebraic equations.DOI: http://dx.doi.org/10.5755/j01.eee.19.4.1754
Highlights
Many electric circuits feature some type of non-linearity of their used devices
From the point of view of the circuit solution they are presented by non-linear static and dynamical system described by differential equations
Many applications in technical practice which models are presented in following text should be described as nonlinear differential equation (DE) systems
Summary
Many electric circuits feature some type of non-linearity of their used devices. Non-linear resistors or inductors could be typical examples. All semiconductor devices are in their nature non-linear ones. From the point of view of the circuit solution they are presented by non-linear static and dynamical system described by differential equations. In steady state, it could be system of non-linear algebraic equations
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