Study of Nonlinear Phenomena and Chaos Control in Single-Phase SPWM H Bridge Inverter
This paper introduces the work principle of single-phase SPWM H bridge inverter and builds up the mathematics model according to KVL and KCL. It can easy to observe nonlinear phenomena in the circuit after simulation the model. According to the characteristics of single-phase SPWM H bridge inverter, both resonant parametric perturbation and TDFC are good ways to eliminate chaotic behavior of inverter and made the system changing from chaos to stable period. It has a very important practical value and theoretical significance for stability design of single-phase SPWM H bridge inverter.
W. Jiang et al., "Study of Nonlinear Phenomena and Chaos Control in Single-Phase SPWM H Bridge Inverter", Applied Mechanics and Materials, Vol. 39, pp. 1-6, 2011