Add to ORKGA new three-phase high power factor rectifier based on Zeta converter is presented. A resonant inductor and capacitor are added to the circuit to create zero-current switching condition for the switch. The circuit is operated in the PWM mode by putting a parallel switch and diode in series with the resonant capacitor. Different operating modes of the new topology are presented in detail. The simulation results verify the analysis
This paper presents a zero-current-switched voltage-fed inverter equipped with resonant circuits on ...
This paper presents the verification of soft switching condition for three-phase AC to DC current in...
This paper proposes a new soft-switched High Step-up DC-DC converter for energy storage systems in D...
The authors present a zero-current-switching (ZCS)-based three-phase PWM (pulse-width-modulated) inv...
This paper introduces novel zero-current-switching (ZCS) pulsewidth-modulated (PWM) preregulators ba...
Abstract — A new family of single-switch three-phase highpower-factor rectifiers, which have continu...
This paper presents a novel single-phase high power factor PWM boost rectifier, featuring soft commu...
Novel three-phase high-quality multi-resonant rectifiers, operating at constant switching frequency ...
In this paper a novel soft switching three-phase pulse width modulation (PWM) rectifier is proposed....
© 2018 IEEE. The Quasi-Z-Source (QZS) inverters are the promising topology for the renewable integra...
Transportation electrification and distributed generation are proven effective strategies to counter...
Miniaturization of electronic gadgets and rapid development of technology have placed novel challeng...
In this thesis, the three-phase AC-DC current injection hybrid (seriesparallel) resonant converter (...
Power electronics converters are implemented with switching devices that turn on and off while power...
To extend the operating range of the snubber assisted zero-voltage and zero-current transition dual-...
This paper presents a zero-current-switched voltage-fed inverter equipped with resonant circuits on ...
This paper presents the verification of soft switching condition for three-phase AC to DC current in...
This paper proposes a new soft-switched High Step-up DC-DC converter for energy storage systems in D...
The authors present a zero-current-switching (ZCS)-based three-phase PWM (pulse-width-modulated) inv...
This paper introduces novel zero-current-switching (ZCS) pulsewidth-modulated (PWM) preregulators ba...
Abstract — A new family of single-switch three-phase highpower-factor rectifiers, which have continu...
This paper presents a novel single-phase high power factor PWM boost rectifier, featuring soft commu...
Novel three-phase high-quality multi-resonant rectifiers, operating at constant switching frequency ...
In this paper a novel soft switching three-phase pulse width modulation (PWM) rectifier is proposed....
© 2018 IEEE. The Quasi-Z-Source (QZS) inverters are the promising topology for the renewable integra...
Transportation electrification and distributed generation are proven effective strategies to counter...
Miniaturization of electronic gadgets and rapid development of technology have placed novel challeng...
In this thesis, the three-phase AC-DC current injection hybrid (seriesparallel) resonant converter (...
Power electronics converters are implemented with switching devices that turn on and off while power...
To extend the operating range of the snubber assisted zero-voltage and zero-current transition dual-...
This paper presents a zero-current-switched voltage-fed inverter equipped with resonant circuits on ...
This paper presents the verification of soft switching condition for three-phase AC to DC current in...
This paper proposes a new soft-switched High Step-up DC-DC converter for energy storage systems in D...