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Low-voltage on-board DC-DC converters are increasingly required to have high efficiency and fast transient response. In this paper, two-stage DC-DC converter architecture is proposed to achieve fast transient response while operating at high efficiencies, which feature soft switching, self-current-sharing capability and simplified self-driven techniques for the synchronous rectifiers
This paper proposes a zero voltage switching (ZVS) technique for bidirectional dc/dc converters. The...
This paper presents a new family of circuits for single phase diode bridge rectifiers capable of dra...
In this paper, a novel efficiency improved single stage soft switching AC/DC converter is presented....
Low-voltage on-board DC-DC converters are increasingly required to have high efficiency and fast tra...
A semi-analytical modulation scheme to operate a single-phase, single-stage dual active bridge (DAB)...
A semi-analytical modulation scheme to operate a single-phase, single-stage dual active bridge (DAB)...
This paper mainly focuses on the development of high efficiency non-isolated bidirectional DC-DC con...
A switching control strategy to enable Zero-Voltage-Switching (ZVS) over the entire input-voltage in...
High conversion efficiency and fast transient response at high switching frequency are the two main ...
In this paper, an optimal structure for a high step-up, non-isolated dc-dc converter is proposed. In...
In this paper, high-efficiency design methodology of a zero-voltage-switching full-bridge (ZVS-FB) p...
Abstract—This paper proposes a novel zero–current-transition pulse-width modulation full-bridge dc/d...
Abstract A novel bi-directional dc-dc converter with Zero Voltage Switching (ZVS) and interleaving f...
This paper proposes a novel bilateral zero-voltage switching (ZVS) bidirectional converter with sync...
This paper proposes a zero-voltage switching (ZVS) technique for bi-directional DC/DC converters. Th...
This paper proposes a zero voltage switching (ZVS) technique for bidirectional dc/dc converters. The...
This paper presents a new family of circuits for single phase diode bridge rectifiers capable of dra...
In this paper, a novel efficiency improved single stage soft switching AC/DC converter is presented....
Low-voltage on-board DC-DC converters are increasingly required to have high efficiency and fast tra...
A semi-analytical modulation scheme to operate a single-phase, single-stage dual active bridge (DAB)...
A semi-analytical modulation scheme to operate a single-phase, single-stage dual active bridge (DAB)...
This paper mainly focuses on the development of high efficiency non-isolated bidirectional DC-DC con...
A switching control strategy to enable Zero-Voltage-Switching (ZVS) over the entire input-voltage in...
High conversion efficiency and fast transient response at high switching frequency are the two main ...
In this paper, an optimal structure for a high step-up, non-isolated dc-dc converter is proposed. In...
In this paper, high-efficiency design methodology of a zero-voltage-switching full-bridge (ZVS-FB) p...
Abstract—This paper proposes a novel zero–current-transition pulse-width modulation full-bridge dc/d...
Abstract A novel bi-directional dc-dc converter with Zero Voltage Switching (ZVS) and interleaving f...
This paper proposes a novel bilateral zero-voltage switching (ZVS) bidirectional converter with sync...
This paper proposes a zero-voltage switching (ZVS) technique for bi-directional DC/DC converters. Th...
This paper proposes a zero voltage switching (ZVS) technique for bidirectional dc/dc converters. The...
This paper presents a new family of circuits for single phase diode bridge rectifiers capable of dra...
In this paper, a novel efficiency improved single stage soft switching AC/DC converter is presented....
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