Abstract—This work presents a novel dc–dc converter, whose significant advantages are the single power switch, single-input inductor, purely capacitive output filter, isolation, low current ripple through the output capacitor, and operation at constant frequency in a conventional pulse-width-modulation scheme. The new converter operates over a wide input-voltage range and can be employed in power factor correction and multiple-output power supplies. Theoretical analysis is presented along with experimental results taken from a laboratory prototype rated at 300 W/50 kHz. Index Terms — DC–DC converters, flyback converters, hig
This analyzes and justifies the capabilities of the flying capacitor multilevel flyback converter (F...
Abstract—The aim of this study is to develop a high-efficiency single-input multiple output (SIMO) d...
This paper investigates the integrated buck- flyback converter as a good solution for implementing l...
This paper discusses the major issues that exist in the single-stage ac/dc converters with power fac...
A new single-stage single-switch power factor correction converter with output electrical isolation ...
A new single-stage single-switch power factor correction converter with output electrical isolation ...
This paper generically classifies and unifies basic single-switch, single-inductor, DC-TO-DC convert...
By adding an auxiliary winding in series with the input boost inductor of a discontinuous conduction...
This paper proposes a novel single-switch quasi-active power factor correction (PFC) converter based...
In this paper, a new one-stage power factor correction (PFC) converter unit with output electrical i...
A single-stage single-switch power factor correction (PFC) flyback converter with a synchronous rect...
A novel power factor correction (PFC) cell, called flyboost, is presented. The proposed PFC cell com...
Abstract—An isolated bidirectional full-bridge dc–dc converter with high conversion ratio, high outp...
A simple and effective approach of turning an isolated hard-switched converter design into a soft-sw...
A novel power factor correction (PFC) cell, called flyboost, is presented. The proposed PFC cell com...
This analyzes and justifies the capabilities of the flying capacitor multilevel flyback converter (F...
Abstract—The aim of this study is to develop a high-efficiency single-input multiple output (SIMO) d...
This paper investigates the integrated buck- flyback converter as a good solution for implementing l...
This paper discusses the major issues that exist in the single-stage ac/dc converters with power fac...
A new single-stage single-switch power factor correction converter with output electrical isolation ...
A new single-stage single-switch power factor correction converter with output electrical isolation ...
This paper generically classifies and unifies basic single-switch, single-inductor, DC-TO-DC convert...
By adding an auxiliary winding in series with the input boost inductor of a discontinuous conduction...
This paper proposes a novel single-switch quasi-active power factor correction (PFC) converter based...
In this paper, a new one-stage power factor correction (PFC) converter unit with output electrical i...
A single-stage single-switch power factor correction (PFC) flyback converter with a synchronous rect...
A novel power factor correction (PFC) cell, called flyboost, is presented. The proposed PFC cell com...
Abstract—An isolated bidirectional full-bridge dc–dc converter with high conversion ratio, high outp...
A simple and effective approach of turning an isolated hard-switched converter design into a soft-sw...
A novel power factor correction (PFC) cell, called flyboost, is presented. The proposed PFC cell com...
This analyzes and justifies the capabilities of the flying capacitor multilevel flyback converter (F...
Abstract—The aim of this study is to develop a high-efficiency single-input multiple output (SIMO) d...
This paper investigates the integrated buck- flyback converter as a good solution for implementing l...