Add to ORKGA novel DC-DC converter with ZVS topology is introduced. An amplitude modulated squarewave train is generated and the output can be controlled by the amplitude of this squarewave train. As energy is directly transferred to the output, it is named as the Direct Coupling Converter (DCC). This topology results in simple configuration and inherent ZVS characteristics. This extents switching power supply modulation technique to cover AM, FM and PWM. Theoretical analysis and results from experimental prototype are presented in this paper.link_to_subscribed_fulltex
This paper presents a novel family of Zero Voltage Tran-sition (ZVT) DC-DC PWM Converters that uses ...
Abstract—In this paper, a new active snubber cell is proposed to contrive a new family of pulse widt...
This paper proposes a new auxiliary commutation cell for PWM inverters that allows the main switches...
A novel DC-DC converter with ZVS topology is introduced. An amplitude modulated squarewave train is ...
A novel DC-DC converter with ZVS topology is introduced. An amplitude modulated squarewave train is ...
A class of ZVT converters based on pulse amplitude modulation controlled by duty cycle is presented....
Abstract- This paper introduces an isolated DC-to-DC voltage applied across the switches. converter ...
This paper presents a novel family of Zero Voltage Transition (ZVT) DC-DC PWM Converters that uses a...
Other than integrating the PFC and the DCDC converter, this approach resort to the conventional two ...
AbstractThis paper designed a DC/DC converter applied to electric vehicles, which uses the strategy ...
The technique of zero voltage switching in modern power conversion is explored. Several ZVS topologi...
A new shoot-through pulse width modulation (PWM) technique for voltage fed quasi-Z-source DC/DC conv...
A new shoot-through pulse width modulation (PWM) technique for voltage fed quasi-Z-source DC/DC conv...
Abstract- This paper presents a dual-bridge DC-DC converter with soft switching features applying a ...
Now a day’s power converters are a basic need in technical fields. Power efficiency is the biggest c...
This paper presents a novel family of Zero Voltage Tran-sition (ZVT) DC-DC PWM Converters that uses ...
Abstract—In this paper, a new active snubber cell is proposed to contrive a new family of pulse widt...
This paper proposes a new auxiliary commutation cell for PWM inverters that allows the main switches...
A novel DC-DC converter with ZVS topology is introduced. An amplitude modulated squarewave train is ...
A novel DC-DC converter with ZVS topology is introduced. An amplitude modulated squarewave train is ...
A class of ZVT converters based on pulse amplitude modulation controlled by duty cycle is presented....
Abstract- This paper introduces an isolated DC-to-DC voltage applied across the switches. converter ...
This paper presents a novel family of Zero Voltage Transition (ZVT) DC-DC PWM Converters that uses a...
Other than integrating the PFC and the DCDC converter, this approach resort to the conventional two ...
AbstractThis paper designed a DC/DC converter applied to electric vehicles, which uses the strategy ...
The technique of zero voltage switching in modern power conversion is explored. Several ZVS topologi...
A new shoot-through pulse width modulation (PWM) technique for voltage fed quasi-Z-source DC/DC conv...
A new shoot-through pulse width modulation (PWM) technique for voltage fed quasi-Z-source DC/DC conv...
Abstract- This paper presents a dual-bridge DC-DC converter with soft switching features applying a ...
Now a day’s power converters are a basic need in technical fields. Power efficiency is the biggest c...
This paper presents a novel family of Zero Voltage Tran-sition (ZVT) DC-DC PWM Converters that uses ...
Abstract—In this paper, a new active snubber cell is proposed to contrive a new family of pulse widt...
This paper proposes a new auxiliary commutation cell for PWM inverters that allows the main switches...