new control method for the series resonant converter (SRC) in which the device switching
instants are always synchronized to the zero crossing points of the resonant current is …

A novel indirect current mode control is applied in the phase-shifted series resonant
converter system. The current is generated from resonant tank vector and the resonant …

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 …

This paper presents a new control technique for resonant converters. Unlike conventional
variable frequency control which externally imposes the switching frequency, the proposed …

A control strategy for series resonant converters, based on the control of the state space
trajectory, is proposed. Its simple implementation allows high frequency applications and …

In this paper, new steady-state analysis is proposed for a series resonant converter (SRC)
that provides closed-form expressions for converter waveforms. Using the proposed …

An novel control strategy of the series loaded resonant converter is presented. The main
objective of the control strategy is to minimize the switching losses in the main switching …

An energy feedback control utilizing the resonant tank circuit energy as an inner feedback
loop is proposed to improve the stability and dynamic characteristics of the series resonant …

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 …