Research on Current Sharing Method of Two-phase Parallel Sigma Converter

In this paper, partial energy processing is applied to the current sharing technique for multiphase LLC resonant converters. The proposed circuit consists of an LLC resonant converter and a flyback converter, where the flyback converter is only used for partial energy processing. The input voltage of the LLC resonant converter is fine-tuned by the flyback converter to solve the problem of a voltage gain difference between the two phases of the LLC resonant converter caused by the error of the resonant tank components, which prevents the output current from being nonequalized. Since the compensation power is much smaller than the output power, and only one phase will be during circuit operation, the impact on the overall efficiency is minimal. Due to the low dependence between the LLC resonant converter and the flyback converter, they are operated at different switching frequencies. In addition, due to the low dependence between each phase, the circuit can be expanded using odd and even phases.

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Research on Current Sharing Method of Two-phase Parallel Sigma Converter

Cited by 3 publications

References 8 publications

Improved Multiphase Interleaved LLC Resonant Converter With Virtual Controllable Voltage Sources

Improved Multiphase Interleaved LLC Resonant Converter With Virtual Controllable Voltage Sources

Review of Current-Sharing Schemes for Multiphase LLC Resonant Converter

Applying a Current Sharing Method Based on Partial Energy Processing to Multiphase LLC Resonant Converters

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