In this study, a fast terminal sliding‐mode control scheme is proposed as a new approach for
the voltage tracking control of the DC–DC boost converter affected by disturbances, such as …

This article presents emulation of a programmable power electronic, constant power load
(CPL) using a dc/dc step-up (boost) converter. The converter is controlled by a robust sliding …

This work presents the implementation of a quadratic boost converter employing a proposed
pulse skip** modulation-burst mode, specifically for light-load applications. The quadratic …

DC–DC converters are efficient in providing a regulated power with power factor control in
switch-mode power supplies and also in electric vehicle charging stations. The aim of this …

In this paper, based on the fact that the inductors and capacitors are of fractional order in
nature, the four-order mathematical model of the fractional order quadratic Boost converter …

During last 10 decades, most of the excavators used DC machines and the speed control in
those DC machines is achieved by using ward-Ieonard speed control technique. DC drive …

Due to the nonlinear structure of boost converter, the traditional PI controller can ensure the
boost converter to work stably near the rated point, and achieve good dynamic and steady …

In our project, we are trying to minimize the output voltage error ie IAE and ISE of the closed
loop boost converter 12/24 V using three controlling techniques, ie, proportional integral …

In 1983, Mandelbort points out fractional phenomena are abundant in nature and many
fields of science and engineering technology. As the discovery of its applications in practical …