Abstract
In this article, we introduce a mixed method for the application of nonlinear electric networks in order to establish a system description, which can be easily formulated and simulated with the aid of the so-called differential algebraic equations (DAE) solvers of the mathematical software such as OCTAVE [3], SCILAB [4] or MATLAB [5]. The method has the advantage that it finds a system description of a nonlinear network relatively easily. As examples an electronic flipflop circuit and a three-phase current converter are analyzed.
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