Online monitoring is an inevitable necessity for dc-dc converters in industrial applications to
achieve a fault-tolerant structure, which ensures reliable operation and prevents …

The present contribution introduces a new deadbeat controller design that increases
robustness without compromising performance. In conventional deadbeat control, feedback …

Conventional single-phase Vienna rectifiers employ proportional-integral (PI) controllers
which are appropriate for controlling DC components, to regulate their line currents …

This paper proposes a method to reduce the distortion of the grid current using a dead-beat
control (DBC) scheme for bridgeless inverter systems. In the case of the general proportional …

In this paper, the comparative analysis of two maximum power point tracking (MPPT)
algorithms namely Perturb and Observe (P& O) and Incremental conductance (InC) is …

This paper presents a system identification approach for power electronic systems, based
upon a Kalman Filter (KF) approach. The proposed technique offers good parameter …

In order to improve the dynamic response of boost type DC/DC converter, a dead-beat
controller with inductor current prediction is proposed. Firstly, the inductor current of the next …

In this paper; a single-stage three-loop power factor correction (PFC) technique is proposed
for DC-DC converters used as driver for LED lights. The technique is demonstrated on a dc …

This paper presents a model of lighting system for DC homes using topological structure of
high frequency dc-dc converters. Based on the availability of renewable energy source and …

This Paper looks at the performance of photovoltaic system in nonideal conditions that
causes multiple maximum power points (MPPs) on the power-voltage (PV) characteristics …