Conventional power factor correction (PFC) circuits in electric vehicle (EV) battery chargers
have the efficiency limitation due to high conduction loss associated with a diode bridge …

In this article, a new bridgeless Cuk power factor correction converter is presented. The
proposed converter is capable of providing full soft switching operation for all semiconductor …

This paper describes the development of a new buck cascaded buck-boost power factor
correction (PFC) converter of 2 kW with a soft-switching technique. For its wide range of …

A new soft-switching, bridgeless power factor correction (PFC) boost converter is proposed
for power supply and battery charging applications. The converter operates in both pulse …

A hybrid resonant pulse-width modulation (PWM) bridgeless ac-dc power factor correction
(PFC) boost converter is proposed for application in power supplies and battery chargers …

Existing bridgeless boost (BLB) converter with soft switching utilize more than two active
switches and extra resonant networks. In this paper, a new zero-current-switching BLB …

This paper extends the voltage-doubler concept to the single-phase SEPIC rectifier in
discontinuous conduction mode and, as a consequence, novel rectifiers are proposed. A …

In this paper, a new soft-switching bridgeless single-phase power factor correction (PFC)
converter is presented and analyzed. Employing an auxiliary switch, the input current dead …

Poor power quality, slow dynamic response, high device stress, harmonic rich, periodically
dense, peaky, distorted input current are the major problems that are frequently encountered …

Boost-based converters are used in a variety of nonisolated step-up applications, such as
power factor correctors, because of their simplicity. The power density of these converters …