Abstract
This paper proposes a half-bridge doubler boost converter associated with an active commutation cell in order to minimize commutation losses. The converter operates with unity power factor and is able to provide high output voltages. The voltages across the semiconductor devices are low and approximately equal to the output voltage, as doubled output voltages and reduced high frequency ripple can be achieved. A detailed mathematical analysis concerning its operation is presented, since simulation and experimental results describe the converter performance.
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