The start-up of CLLC resonant converters presents challenges such as high inrush current
and voltage surges. Conventional approaches often resort to conservative control …

The existing time domain models for CLLLC class resonant converters have at least one of
the following drawbacks: 1) the model cannot be applied for different resonant tanks and …

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 …

The CLLC resonant converters are preferred for their high-power density and high efficiency.
Nevertheless, their dynamic performance deteriorates due to the low impedance …

Expanding the voltage gain regulation range while preserving high efficiency of CLLC
resonant converters is crucial yet challenging. Previous methods typically expanded the …

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 …

Despite the widespread use of resonant converters in various applications, their analysis
and design still necessitate a solid comprehension of the converter's operating principle and …

The CLLC resonant converter exhibits significant suitability for application in battery
chargers and energy storage systems, thanks to its zero-voltage switching-on (ZVS-on) …

Resonant converters are employed in a wide array of applications; however, their analysis
and design often necessitate a comprehensive grasp of their operational principles and non …

The design of circuit parameters is critical to optimize the performance and efficiency of
power converters. This research focuses on designing synchronous buck converters using …