A 1-/spl phi/high-frequency transformer-isolated AC-to-DC-controlled rectifier with low-line-
current harmonic distortion using a variable-frequency-controlled hybrid parallel-series …

A single-phase high-frequency transformer-isolated Class-D series parallel (LCC type)
resonant power converter (SPRC) with fixed frequency is presented. The results of AC …

An accurate modeling of the series–parallel resonant converter operating in self-sustained
oscillation mode including the overlap effects of the output rectifying stage due to the …

Control and stabilisation of the resonant converters are essential problems in power
electronics. The conventional model of the dc–dc series resonant converter (SRC) is derived …

This paper proposes a predictive input voltage controller in cascade with PI input current
and output voltage controllers to provide unity displacement factor whilst maintaining …

This paper presents the characteristics and dynamic performance of a modified series–
parallel resonant converter (MSPRC) with a capacitive output filter and operating on the …

Linear controllers and small-signal modeling techniques have been used for over 40 years
to control power electronic converters around the equilibrium operating point. Outside the …

Sampled data techniques are used to examine the small signal characteristics of the series–
parallel resonant converter in both the continuous and discontinuous parallel capacitor …

The design of a controller for the series resonant converter (SRC) is presented with an
objective to force the resonant state variables (the inductor current and the capacitor …

A half bridge parallel resonant converter (PRC) running above resonance in the constant
output voltage mode is analysed. The steady state analysis the small signal analysis, and …