This paper describes a novel modeling approach for self-oscillating resonant power
converters operating under a control method based on the variable structure of the system …

Constant current dc distribution to series connected loads has been preferred for long
distance high reliability systems such as undersea cabling for telecommunications and …

This paper presents a new analysis providing further insight into the steady state
characteristics of the phase-controlled LCC-type series-parallel resonant converter …

A new control parameter is proposed to achieve output regulation and bidirectional power
flow of a parallel-resonant converter which employs a controlled output rectifier. The control …

Robust controller design for a series resonant power converter is presented when load
variation and unregulated input line voltage perturbation are taken into consideration. The …

In this paper, a control method that improves performance of series-resonant converters that
operate with a wide input-voltage and/or output-voltage range by substantially reducing their …

This paper presents steady-state ac analysis of the series resonant converter with phase-
shift and frequency control. Analysis for the converter operation above resonance is …

To compensate for the poor output voltage regulation of the series resonant converter
(SCR), a converter is derived by adding an inductor in parallel with the resonant capacitor of …

Equivalent circuit models are useful design tools for control and have already well served
their purposes in pulse width modulation dc-dc converters. However, no simple equivalent …

Pulsewidth modulation (PWM) and current-controlled switching are applied to a full-bridge
series resonant converter to regulate the output from no load to full load with low switching …