Because of their reduced switching losses, DC-to-DC resonant converters have been used
extensively in the design of smaller size and lighter weight power supplies. The steady state …

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 phase-shifted series-parallel resonant converter has shown to be a good candidate for
high-voltage and high power applications. In some of those applications, the converter has …

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 …

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

This paper presents different control techniques that are frequently applied in the resonant
converters. The paper first discusses each control technique and then gives quantitative …

This paper proposes a linearized large signal state-space model for the fixed-frequency
phase-controlled series-parallel resonant converter. The proposed model utilizes state …

A new control method for the bidirectional series-resonant converter is presented that
optimizes dynamic behavior. The series-resonant converter is a frequently used converter …

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 …

An optimal trajectory control (OTC) scheme is proposed for the constant frequency series
resonant power converter (CF-SRC). The design of the control scheme is based on the …