Numerical studies of higher-dimensional piecewise-smooth systems have recently shown
how a torus can arise from a periodic cycle through a special type of border-collision …

This paper presents a design-oriented analytical approach for predicting fast-scale instability
in power electronics converters under voltage-mode control strategy. This approach is …

With the variation of circuit parameters, the operation-state regions of current-mode-
controlled switching dc-dc converters can shift among stable period region, robust chaos …

Nonlinear analysis of complex dynamics displayed by current mode dc–dc converter and
idea of Lyapunov exponents assignment by ramp compensator in order to control chaotic …

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 …

Cette thèse s' intéresse au contrôle des convertisseurs statiques d'interface entre une pile à
combustible et sa charge électrique. Après avoir établi la caractéristique tension-courant …

This paper presents an investigation into the use of a flyback-based grid-inverter operating
in continuous conduction mode (CCM) for a photovoltaic AC module application. Detailed …

Boost Power Factor Correction (PFC) AC-DC converter under fixed frequency average
current control is a nonlinear and nonautonomous dynamical system characterized by two …

This paper reports a pulse-width modulation voltage-mode-and current-mode-controlled DC–
DC boost converter with parallel memristance and resistance loads. This circuit system has …

This paper deals with limit cycle behaviors in DC–DC boost converters with a proportional-
integral (PI) voltage compensator, which is a popular design solution for increasing output …