Titlebook: Linear and Nonlinear Circuits: Basic and Advanced Concepts; Volume 2 Mauro Parodi,Marco Storace Textbook 2020 Springer Nature Switzerland A

擦試不掉

先兆

Advanced Concepts: Higher-Order Nonlinear Circuits—State Equations and Equilibrium Pointsntary component method to find the state equations of a given circuit and propose a method for analyzing and classifying steady-state DC solutions, corresponding to equilibrium points. The most common bifurcations of equilibria are also introduced and described. Finally, we propose some remarks abou

CAND

煞費(fèi)苦心

humectant

Advanced Concepts: First-Order Nonlinear Circuitsns for resistive circuits. In particular, some circuits with piecewise-linear nonlinearities (either original or obtained by approximation) are studied, showing the advantages of this kind of formulation, which makes it possible to find the solution analytically, whereas in the general case we usually have to resort to numerical solutions.

閃光東本

Basic Concepts: Linear Two-Ports with?Memory and Higher-Order Linear?Circuitsing to the complementary component representation and to the state variables method, thus generalizing the concepts introduced for first-order circuits. Methods for the analysis of stability and for finding the circuit response to various inputs, including also discontinuous functions, are provided.

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人類

Advanced Concepts: Analysis of Nonlinear Oscillators for the analysis of nonlinear oscillators, with emphasis on the study of limit cycles. Moreover, the most common bifurcations that involve limit cycles are described. Examples of analysis of nonlinear oscillators—even forced, coupled, and networked—are provided.

STING

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