Application of pulse width modulation (PWM) is known to produce sideband effects. The
accuracy of the models of dc-dc converters can be improved if essential information of the …

For the digitally controlled buck converters, the nonlinearity and time periodicity, caused by
the pulsewidth modulator (PWM) and sample and hold, make the accurate frequency …

Two measurement schemes, namely, the modulation signal perturbation scheme and the
pulse perturbation scheme, have been used for evaluating the loop gain of dc-dc converters …

This article proposes an innovative approach for accurate modeling of a dc–dc LLC
resonant power converter based on extended describing functions. Unlike most of the …

The conventional on-chip spiral inductor consumes a significant top-metal routing area,
thereby preventing its popularity in many on-chip applications. Recently through-silicon-via …

Due to heterogeneous integration, there is an increased demand for on-chip DC-DC
converters to provide multiple voltage domains for efficient operation of the system. Towards …

Concerns about fuel exhaustion, electrical energy shortages, and global warming are
growing due to the global energy crisis. Renewable energy-based distributed generators …

With the growing demand for electrical DC storage and sources, DC-AC conversion has
become an indispensable component for not only high and medium, but also low-power …

The circuit averaging technique has long been used as the basis for modeling the
behavioral effects of switched-mode pulsewidth-modulated (PWM) dc-dc power converter …

This thesis aims to address the limited driving range and high costs of electric vehicles by
developing a control strategy to extend their autonomy, especially in the Algerian context …