The conventional hard-switching converters suffer from the limitations like the upper limit on
switching frequency, high electromagnetic interference (EMI), more switching losses, large …

In this paper, an inductor–inductor–capacitor (LLC) resonant dc–dc converter design
procedure for an onboard lithium-ion battery charger of a plug-in hybrid electric vehicle …

The interleaving technique is necessary for LLC resonant converters to achieve high power
level. The advantages include expanded power capacity, lower output ripple current, and …

LLC resonant converters have been widely used in many different industrial applications.
Analysis and design methodologies have great effect on the converter performance …

This paper presents an approximate analysis of LLC resonant converter with capacitive filter
operating above and below resonance. An equivalent ac resistance model of the rectifier …

Resonant Converters have wide applications as they can produce a high voltage. Also these
converters can reduce the switching losses by operating at Zero Current Switching and Zero …

LLC converters face challenges in high-current applications, where the high conduction loss
limits the maximum load capacity and reduces efficiency. Interleaving technique can be …

Light load efficiency and output voltage regulation of alow-Q LLC resonant converter is a
critical problem for wide input voltage and load range applications. Parasitic capacitances …

In this paper, the efficiency-oriented design considerations are discussed based on the
operation-mode analysis of the LLC converter considering the characteristics of charging …

This paper proposes a new approach to optimally design LLC converters. The core of the
proposed approach is an accurate algorithm that can find all the possible designs satisfying …