Chung-Ping Ku scite author profile

A novel scheme for a boost power-factor-correction (PFC) converter is proposed to provide high-quality input current under both the heavy-and the light-load conditions for cloud-computing applications. An enhanced current loop is used to accomplish this purpose. The proposed scheme was implemented in a 750 W experimental boost PFC converter by a digital controller. Experimental results show significant improvement compared with conventional control schemes.

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Chung-Ping Ku

CWDC strategy for paralleled multi-inverter systems achieving a weighted output current distribution

A Novel SFVM-M$^{\bm 3}$ Control Scheme for Interleaved CCM/DCM Boundary-Mode Boost Converter in PFC Applications

A current-sharing control strategy for paralleled multi-inverter systems using microprocessor-based robust control

ACSS for paralleled multi-inverter systems with DSP-based robust controls

A new control scheme for boost PFC converters for both CCM and DCM operations

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