Recent investigations on the bifurcation behavior of power electronic DC-DC converters
have revealed that most of the observed bifurcations do not belong to generic classes such …

The behavior of a closed loop dc-dc boost converter is investigated when the pulse width
modulation (PWM) period is varied. The dynamics are analyzed both by using analytical …

In this paper, the chaotic behavior and chaos control in a voltage mode controlled DC drive
system are investigated. The dynamical behavior of the system changing from the …

One of the usual ways to build up mathematical models corresponding to a wide class of DC–
DC converters is by means of piecewise linear differential equations. These models belong …

The transition from periodicity to chaos in a DC-DC Buck power converter is studied in this
paper. The converter is controlled through a direct Pulse Width Modulation (PWM) in order to …

Switched-mode power converter circuits are non-linear and time varying in nature. In this
work, non-linear dynamics for both voltage-and current-mode-controlled DC-DC buck …

In this paper the performance of TDAS (time-delay autosynchronization) and FPIC (fixed
point induced control) techniques, controlling chaos in the buck converter is analyzed. With …

To analyze the performance of the PID controller in a buck type converter implemented in
real time. We begin by designing a continuous controller using the analytical method for …

It is well known that many nonlinear phenomena such as bifurcations and chaotic behavior
occur in DC–DC converters mainly due to the switching action among all the different …

Basic geometrical and topological features are described for discontinuous systems
modelling power converters. The global Poincaré map considered arises naturally from the …