An H-bridge inverter with LC (inductor-capacitor) filter output allows the conversion of DC
(direct current) power to AC (alternating current) power that has been used in a variety of …

This paper proposes a switching control strategy for voltage control of buck converter in
auxiliary energy source. The state-space average model of the buck converter is …

This paper proposes a new type of Nonsingular Terminal Sliding Mode Controller (NTSMC)
based on the current error to overcome the nonlinearities presented in the dynamic model of …

In order to regulate the output voltage in DC-DC converter systems with step-up function, a Z-
source converter has been preferred. In this paper a back-stepping sliding mode controller is …

This study presents the cascaded variable structure control approach with respect to the non‐
minimum phase nature of the DC–DC Z‐source converter (ZSC). The method is based on …

This proposes a higher order Sliding mode control strategy to regulate output voltage of dc-
dc buck converter affected by line and load uncertainties. The control objective is to regulate …

This paper is focused on the development of a general approach to design Nonsingular
Terminal Sliding Mode Controllers (NTSMC) for DC-DC Power Converters by considering …

In this paper, a novel estimation approach for the response time of sliding mode controlled
buck converters is proposed by analyzing the phase trajectory. Due to its global fininte-time …