A control method, namely, Alternated Duty Cycle (ADC) control, is presented in this paper. This method can achieve soft-switching for at least one switch of the two half-bridge switches. When soft-switching can be only achieved for one switch, ADC control alternates the soft-switching realization between the two switches so that each switch will be soft-switched during half of the time and hard-switched during the other half, keeping equal power losses distribution between the switches. Moreover, any asymmetry in the duty cycle will not cause asymmetric components stresses or transformer DC bias when ADC control is used. Theoretical analysis and implementation are presented along with experimental results
High conversion efficiency and fast transient response at high switching frequency are the two main ...
A novel auxiliary circuit for full-bridge PWMDC/DC converter with controlled secondary side rectifie...
This paper presents soft switching of modified half bridge fly-back converter. The power switches in...
A control method, namely, Alternated Duty Cycle (ADC) control, is presented in this paper. This meth...
Apparatus, methods system, and devices for using alternated duty cycle control to achieve soft-switc...
Asymmetric control scheme is an approach to achieve ZVS for half-bridge isolated DC-DC converter. Ho...
Asymmetric control scheme is an approach to achieve zero-voltage switching (ZVS) for half-bridge iso...
Asymmetric control scheme is an approach to achieve zero-voltage switching (ZVS) for half-bridge iso...
A Piecewise Digital Control method is presented in this paper to improve the converter characteristi...
A new peak current control scheme with capacitor voltage balance compensation for Duty-cycle-shifted...
Peak current mode control cannot be directly applied to half-bridge DC-DC converters due to imbalanc...
A switching control strategy is proposed for current-fed half-bridge converters. An active switch ba...
Over the years, a steady increase in the use of grid coupled power electronic converters is observed...
Abstract—Asymmetric control scheme is an approach to achieve zero-voltage switching (ZVS) for half-b...
Abstract—Asymmetric control scheme is an approach to achieve zero-voltage switching (ZVS) for half-b...
High conversion efficiency and fast transient response at high switching frequency are the two main ...
A novel auxiliary circuit for full-bridge PWMDC/DC converter with controlled secondary side rectifie...
This paper presents soft switching of modified half bridge fly-back converter. The power switches in...
A control method, namely, Alternated Duty Cycle (ADC) control, is presented in this paper. This meth...
Apparatus, methods system, and devices for using alternated duty cycle control to achieve soft-switc...
Asymmetric control scheme is an approach to achieve ZVS for half-bridge isolated DC-DC converter. Ho...
Asymmetric control scheme is an approach to achieve zero-voltage switching (ZVS) for half-bridge iso...
Asymmetric control scheme is an approach to achieve zero-voltage switching (ZVS) for half-bridge iso...
A Piecewise Digital Control method is presented in this paper to improve the converter characteristi...
A new peak current control scheme with capacitor voltage balance compensation for Duty-cycle-shifted...
Peak current mode control cannot be directly applied to half-bridge DC-DC converters due to imbalanc...
A switching control strategy is proposed for current-fed half-bridge converters. An active switch ba...
Over the years, a steady increase in the use of grid coupled power electronic converters is observed...
Abstract—Asymmetric control scheme is an approach to achieve zero-voltage switching (ZVS) for half-b...
Abstract—Asymmetric control scheme is an approach to achieve zero-voltage switching (ZVS) for half-b...
High conversion efficiency and fast transient response at high switching frequency are the two main ...
A novel auxiliary circuit for full-bridge PWMDC/DC converter with controlled secondary side rectifie...
This paper presents soft switching of modified half bridge fly-back converter. The power switches in...