This study investigates an extended state observer (ESO)‐based sliding mode control
(SMC) approach for pulse‐width modulation‐based DC–DC buck converter systems subject …

This study investigates a finite‐time disturbance observer (FTDO) based non‐singular
terminal sliding‐mode control (NTSMC) approach for pulse width modulation based DC–DC …

This paper investigates the finite-time output feedback control problem for dc-dc buck
switched power converters of the current sensorless mode. A finite-time state-feedback …

This paper presents a robust control synthesis framework for switched DC-DC converters.
The framework is based on an LMI formulation which can be solved automatically by …

A systematic procedure to synthesize loss-free resistors (LFRs) based on sliding-mode
control (SMC) of DC–DC switching converters is presented. Candidates for LFR operation …

Fuel cells (FCs) are an alternative source of energy whose by-products are heat, vapor, and
water. For medium-power and standalone operation, an FC is integrated with a boost …

In drive systems, especially for speed regulation, the use of a series-excited dc-motor is
prefered in cases where large load changes may occur. In order to design a controller that …

A distributed generation (DG) system with a photovoltaic (PV) source supported by energy
storage devices and feeding dc-and ac-loads in islanded-mode operation, is considered …

This paper deals with a control strategy for a DC–DC quadratic boost converter. In particular,
a hybrid control scheme is proposed to encompass a control law and an observer for the …

Aiming to reduce the influence of system model parameter uncertainties for the DC‐DC buck
converter control system with high performance requirement, a reduced‐order extended …