A new single-stage single-switch power factor correction converter with output electrical isolation is presented. The configuration of this converter is achieved by combining a flyback circuit and a forward circuit in one power stage. The principle of operation and steady-state analysis of the proposed topology is given. Based on its steady-state operation constraints, a design procedure along with a specific design example is reported. To verify the theoretical analysis of the proposed converter, a design example is given with its PSPICE simulation and experimental results
[[abstract]]This paper presents the analysis and design of an isolated single-stage converter achiev...
A single-switch, one-stage power Factor correction convener with output electrical isolation is prop...
A single-switch, one-stage power Factor correction convener with output electrical isolation is prop...
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 ...
In this paper, a new one-stage power factor correction (PFC) converter unit with output electrical i...
A new single-switch, one-stage power factor correction converter with output electrical isolation wi...
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...
A new single-stage, single-switch power factor correction converter with output electrical isolation...
One-stage power factor correction (PFC) with output electrical isolation. The Converter has a config...
One-stage power factor correction (PFC) with output electrical isolation. The Converter has a config...
A single-switch, one-stage power factor correction converter with output electrical isolation is pro...
In this paper, a new type of single-stage single-switch converter with low output voltage (3.3 V) an...
In this paper, a new type of single-stage single-switch converter with low output voltage (3.3 V) an...
[[abstract]]This paper presents the analysis and design of an isolated single-stage converter achiev...
A single-switch, one-stage power Factor correction convener with output electrical isolation is prop...
A single-switch, one-stage power Factor correction convener with output electrical isolation is prop...
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 ...
In this paper, a new one-stage power factor correction (PFC) converter unit with output electrical i...
A new single-switch, one-stage power factor correction converter with output electrical isolation wi...
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...
A new single-stage, single-switch power factor correction converter with output electrical isolation...
One-stage power factor correction (PFC) with output electrical isolation. The Converter has a config...
One-stage power factor correction (PFC) with output electrical isolation. The Converter has a config...
A single-switch, one-stage power factor correction converter with output electrical isolation is pro...
In this paper, a new type of single-stage single-switch converter with low output voltage (3.3 V) an...
In this paper, a new type of single-stage single-switch converter with low output voltage (3.3 V) an...
[[abstract]]This paper presents the analysis and design of an isolated single-stage converter achiev...
A single-switch, one-stage power Factor correction convener with output electrical isolation is prop...
A single-switch, one-stage power Factor correction convener with output electrical isolation is prop...