LLC resonant converters are widely used in high power density and high efficiency
applications. Practically, the parasitic capacitors of mosfet s and diodes, the stray capacitor …

This article presents a method for computer-aided operation and design optimization of
resonant converters using time-domain analysis. Resonant converters can operate in …

Due to the integration and utilization of the parasitic capacitance of the transformer, the LCC
resonant converters with a capacitive output filter are widely used in high-voltage power …

The symmetric CLLC resonant converter has distinguished potential in battery chargers and
energy storage systems due to zero voltage switching-on (ZVS-on) and flexible control with …

High-frequency start-up strategy is usually used to limit the current overshoot in the resonant
tank of LLC converter. However, the strong coupling among start-up frequency, initial duty …

This research presents a multi-channel phase shift inductor-inductor-capacitor (LLC)
resonant converter with a wide input and output voltage range that has been specially …

With the development of photovoltaic (PV) power generation technology, the prospect of
isolated DC-DC converters, especially LLC resonant converters, is becoming more and …

This paper proposes a new loss modeling and design method for phase shift controlled
resonant LLC converter with optimization applied to minimize the overall loss during the …

For EV charging applications, performance of LLC resonance half-bridge is greatly
influenced by non-linear variations in battery parameters. This has a significant impact on …

The CLLC resonant converters are widely used in data center, battery chargers, electrical
vehicles due to its high efficiency and high power density. The voltage gain characteristic of …