Stability and Nonlinear Dynamics in Thyristor and Diode Circuits (original) (raw)

The paper discusses the stability and nonlinear dynamics associated with thyristor and diode circuits, focusing on their ability to constrain currents and the implications of switching behaviors on system dynamics. It highlights the relevance of the Poincaré map and bifurcations in analyzing these circuits, while also exploring applications in power electronic systems. The analysis extends to both regularly fired thyristor circuits and diode circuits, emphasizing the necessary modifications to understand the complex interactions between firing controls and circuit responses.