Switched-mode DC–DC converters are required to maintain constant output under
uncertainties and variations in input voltage and load. The controller's robustness is crucial …

ABSTRACT DC–DC converter finds widespread use in variety of applications. DC–DC
converter inherently possess nonlinear dynamics, therefore different linearization schemes …

Photovoltaic (PV) systems generate variable power output because of fluctuations in solar
radiation and ambient temperature, which results in reduced conversion efficiency of the …

Times have certainly changed over the past few decades, now it seems that technology is
getting more compact and efficient. The modern outdoor enthusiast such as hikers, climbers …

This study presents systematic design and detailed circuit analysis of a non‐ideal DC–DC
pulse width modulation boost converter. An accurate mathematical formula is thrived to …

This paper presents a discrete-time output feedback controller to regulate the output voltage
of a DC-DC buck converter. The proposal's main feature is the application of a discrete-time …

This paper presents a non-ideal model of DC-DC PWM buck converter considering the
parasitic elements (or non-idealities) such as equivalent series resistances (ESRs) of …

This paper demonstrates different classical PI tuning methods being used in buck converter.
Performance parameters such as rise-time, maximum peak overshoot, steady state error …

This paper presents a simple and fast switch open circuit fault (OCF) diagnosis and fault-
tolerant control strategy for non-isolated DC-DC converters. The fault diagnosis strategy …

In this paper, the mathematical modeling of the non-ideal dc-dc buck converter is carried out.
The three important transfer function namely input voltage to output voltage transfer function …