A new zero voltage, soft switching converter is presented. This converter implements ZVS to minimise switching losses and it has special output power limiting characteristics. At a constant switching frequency the output power is limited to a maximum value and power falls at high current and low current. This is suitable for applications where power control is needed and the converter has inherent protection against short circuit and overvoltage at open circuit at the output. The authors provide analysis of the ZV soft switching converter; equations for different operating states and the power characteristics are presented. The work is verified by a 70W prototype converter circuit. © IEE, 1999.link_to_subscribed_fulltex
In this paper, a new type of PWM boost Zero-Voltage-Switching converter is presented. The new soft-s...
In this study, an improved high power factor AC-DC converter with soft switching is proposed. In thi...
Modern AC-DC power supplies utilize power factor correction in order to minimize the harmonics in th...
This paper presents a comparative analysis of the zero-voltage zero-current switching (ZVZCS) soft s...
In this paper, a new soft-switched zero-current transition and zero-voltage transition (ZCZVT) conve...
In this paper, a new soft-switched zero-current transition and zero-voltage transition (ZCZVT) conve...
In this paper, a novel efficiency improved single stage soft switching AC/DC converter is presented....
In this paper, a novel efficiency improved single stage soft switching AC/DC converter is presented....
Now a day’s power converters are a basic need in technical fields. Power efficiency is the biggest c...
The increased power density, reduced switching losses with minimum electromagnetic interference (EMI...
A single-stage, ZVT-PWM, power factor correction converter is proposed in this paper. Zero-voltage s...
The technique of zero voltage switching in modern power conversion is explored. Several ZVS topologi...
A single-stage, ZVT-PWM, power factor correction converter is proposed in this paper. Zero-voltage s...
Soft-switching (resonant) switched-mode DC-DC converters can have potential advantages, such as lowe...
Soft-switching (resonant) switched-mode DC-DC converters can have potential advantages, such as lowe...
In this paper, a new type of PWM boost Zero-Voltage-Switching converter is presented. The new soft-s...
In this study, an improved high power factor AC-DC converter with soft switching is proposed. In thi...
Modern AC-DC power supplies utilize power factor correction in order to minimize the harmonics in th...
This paper presents a comparative analysis of the zero-voltage zero-current switching (ZVZCS) soft s...
In this paper, a new soft-switched zero-current transition and zero-voltage transition (ZCZVT) conve...
In this paper, a new soft-switched zero-current transition and zero-voltage transition (ZCZVT) conve...
In this paper, a novel efficiency improved single stage soft switching AC/DC converter is presented....
In this paper, a novel efficiency improved single stage soft switching AC/DC converter is presented....
Now a day’s power converters are a basic need in technical fields. Power efficiency is the biggest c...
The increased power density, reduced switching losses with minimum electromagnetic interference (EMI...
A single-stage, ZVT-PWM, power factor correction converter is proposed in this paper. Zero-voltage s...
The technique of zero voltage switching in modern power conversion is explored. Several ZVS topologi...
A single-stage, ZVT-PWM, power factor correction converter is proposed in this paper. Zero-voltage s...
Soft-switching (resonant) switched-mode DC-DC converters can have potential advantages, such as lowe...
Soft-switching (resonant) switched-mode DC-DC converters can have potential advantages, such as lowe...
In this paper, a new type of PWM boost Zero-Voltage-Switching converter is presented. The new soft-s...
In this study, an improved high power factor AC-DC converter with soft switching is proposed. In thi...
Modern AC-DC power supplies utilize power factor correction in order to minimize the harmonics in th...