![]() The detailed operating analysis of the proposed converter and the design method of the main circuit are presented. ![]() In this topology have two operational conditions depending on the situation of the duty cycle. This technique will reduce the switching losses and improve the efficiency by ZVS technique, but it does not improve the turn-off switching losses by a ZCS technique. This topology has a light weight and cost less. The advantages of the ZVS are reverse recovery problem of MOSFET anti parallel body diodes are resolved and also the voltage and current stress on the switch components are reduced. To achieve ZVS condition the auxiliary circuit has a coupled inductor and a diode. In this project designing of a new topology of a non isolated boost converter with zero voltage switching control technique is discussed. Novel full bridge DC-DC boost converters is mainly used in research applications, where the output voltage is measurably higher than the source voltage.
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