DC-to-DC resonant power converters have been the subject of much attention recently.
These power converters have the potential to provide high-performance conversion without …

Because of their reduced switching losses, allowing a higher operating frequency, dc-to-dc
resonant converters have been used extensively in the design of smaller size and lighter …

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 …

A novel robust control method for the series-parallel resonant converter (SPRC), which
moves the inverter switching point to switch in advance or with lag wrt the rectifier …

The conditions for limit-cycle oscillations in digitally controlled resonant converters are
explored theoretically and are tested by simulation and experiment. The analytical analysis …

The conditions for limit cycle oscillations in digitally controlled resonant converters were
explored theoretically and tested by simulations and experiments. The analytical analysis …

In this paper, two control strategies for voltage balancing in a modular serial parallel
resonant converter modulator system, which is used in a high-voltage-pulsed power …

The nonresonant-coupled parallel resonant converter is discussed and a reference classical
analog controller is designed and simulated. Based on the strong relationship observed …

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 …

This paper proposes a frequency-modulation control scheme for a dc/dc current-source
parallel-resonant converter with two possible configurations. The basic configuration …