Buck DC–DC converter is used in many applications to supply a fixed amount of DC voltage.
They are highly sensitive to the frequently changing loading conditions. Such a situation …

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 …

In this paper, an adaptive controller is proposed for DC–DC buck converters featuring
prescribed time bound estimation of unknown system uncertainties and exogenous …

Exact feedback linearization technique is applied to standard DC-DC buck converter using
precise model of the system. Considering parasitic resistances of the inductor, capacitor and …

This paper proposes a novel control technique for the Buck type DC-DC converters using
adaptive backstepping control and Chebyshev neural network. To enhance the transient …

In modern power electronic systems, DC-DC converter is one of the main controlled power
sources for driving DC systems. But the inherent nonlinear and time-varying characteristics …

A key challenge of DC–DC converters is designing an appropriate controller for reaching the
output voltage to steady-state in a limited time with small variation. In addition, the …

In this paper, a novel approach for control of the DC-DC buck converter in high-power and
low-voltage applications is proposed. Designed method is developed according to passivity …

In this paper, a novel approach based on Adaptive Backstepping is proposed for designing
current controller in buck/boost DC to DC converter. This method is based on more accurate …

The environmental condition changes lead to obvious fluctuation in photovoltaic panels'
output power. Therefore, to make efficient use of photovoltaic (PV) systems the maximum …