In this paper, a hybrid technique is proposed for analyzing the performance of buck
converters with fractional-order proportional integral derivative (FOPID) controllers. The …

In this paper, a new boost dc–dc converter based on voltage lift (VL) technique is proposed.
There is any need for transformer, coupled inductances and sequential connections in the …

In this study, a new proportional–integral‐type hyper‐plane sliding mode controller has
been designed for output voltage control of the DC–DC buck/boost converter for its …

This paper develops a nonsingular terminal sliding mode controller (NTSMC) based on
extended state observer (ESO) for a buck converter subject to load disturbances and input …

In this paper, a new topology for bidirectional multi‐input multi‐output buck direct current–
direct current converter is proposed. For the proposed converter, the number of inputs and …

This paper presents a robust and optimal output‐voltage tracking controller for a DC‐DC
buck converter. A fractional‐order proportional‐integral (FPI) controller is primarily used to …

An indirect approach is employed to track the desired output voltage of the boost converter
by controlling the inductor current in the proposed adaptive backstepping Chebyshev neural …

This paper presents a state‐dependent self‐tuning fractional control strategy for a DC‐DC
buck converter in order to enhance its output voltage regulation and disturbance attenuation …

DC/DC converters are widely used in new generation applications such as microgrid electric
vehicles and storage systems. Controllers which ensure the converters output voltage on the …

The positive output elementary super lift Luo (POESLL) converter is a dc-dc converter with a
simple structure, which can increase input voltage with low ripples and high voltage gain …