A　high　efficiency　zero-voltage-switching　(ZVS)　Boost　voltage　doubler　converter　for　power　factor　correction　is　proposed.　The　topology　can　be　used　to　perform　ZVS　in　the　main　switches　and　the　passive　switches,　and　zero-current　switching　in　the　auxiliary　switch.　Furthermore,　soft　commutation　of　the　main　switch　is　achieved　without　additional　current　stress　by　the　presented　ZVS-PWM　(pulse　width　modulation)　auxiliary　circuit.　A　significant　reduction　in　the　conduction　losses　is　achieved,　since　the　circulating　current　for　the　soft　switching　flows　only　going　through　the　auxiliary　circuit　and　a　minimum　number　of　switching　devices　are　involved　in　the　circulating　current　path,　and　the　proposed　rectifier　is　suit　for　low　line　voltage　and　high　power　applications.　Computer　simulation　and　an　experimental　prototype　has　been　implemented.　The　efficiency　up　to　97%　and　power　factor　over　0.992　has　been　measured.