In this paper, a bidirectional CLLC converter operating at MHz-level switching frequency is
proposed to achieve high power density and high efficiency. An optimized stacked printed …

Uncontrolled rectification on the secondary side of the resonant CLLC circuit causes a large
amount of conduction loss. Accurate synchronous rectification (SR) can reduce conduction …

For bidirectional CLLC resonant converters, synchronous rectification (SR) is a key
technique that can reduce the conduction losses in rectifying side by replacing the diodes …

A comprehensive time-domain model of a CLLC class isolated bidirectional dc-dc converter
(IBDC) is proposed in this article. Based on the circuit analysis and the solution of the state …

With the development of high frequency resonant DC-DC power converters, the system
efficiency, power density and dynamic characteristics have been significantly improved …

The CLLC converter is a promising topology for bidirectional power conversion applications,
such as vehicle-to-grid and battery energy storage systems. In these applications, wide …

The capacitor–inductor–inductor–capacitor (CLLC) converter is a promising topology for
bidirectional power conversion applications, such as hydrogen or battery energy storage …

For bidirectional CLLC resonant converters, synchronous rectification (SR) is a key
technique that can reduce the conduction losses by replacing the diodes to bring an …

LLC resonant DC/DC converters are widely applied in various scenarios such as electronic
device power supplies, vehicle chargers, etc. To improve the efficiency of the LLC converter …

In this paper, an asymmetric pulse frequency modulation (APFM) is applied to the full‐bridge
series resonant converter with a secondary LC resonant tank. Different from the traditional …