Proportional-integral (PI) and sliding mode controls are combined to regulate a fourth-order
Cuk converter in a continuous conduction mode. A closed-loop system is obtained with the …

A new general sliding mode controller is proposed for a DC–DC converter that can regulate
the output voltage. Due to the nature of some non-minimum phase converters, an indirect …

This paper presents a robust nonlinear current-mode control approach for a pulse-width
modulated DC-DC Cuk converter in a simple analog form. The control scheme is developed …

The positive output elementary superlift-Luo converter (POESLLC) is a type of dc/dc
converter. This dc/dc converter has an attractive advantage of a high voltage transfer gain as …

In this paper a novel approach for controlling the output voltage of the isolated flyback
converter is presented using sliding mode controller. Due to non-minimum-phase nature of …

This chapter deals with the design of a passivity-based controller for DC–DC converters by
using a general representation for second-order converters, that is, buck, boost, buck-boost …

This paper proposes a maximum power point tracking (MPPT) algorithm for the development
of a three-phase induction motor angular speed drive. A Dc-to-Dc boost power converter …

This paper introduces a sliding mode control (SMC)-based equivalent control method to a
novel high output gain Ćuk converter. An additional inductor and capacitor improves the …

This work deals with the discrete-time modeling of a boost DC-to-DC power converter by
means of a discrete Lagrangian formulation based on the midpoint rule integration method …

A new general sliding mode controller is proposed for a DC-DC converter that can regulate
the output voltage. Due to nature of some non-minimum-phase converters, an indirect …