“…All the parameters required for the evaluation of conduction and switching losses are directly taken from the switch datasheet. The equations for the power loss analysis for the proposed topology under healthy and faulty condition are taken from [24] and are described as below: Here, P loss is the total power losses, P Con the conduction power losses, P Swit the switching power losses, P Con,S the conduction power losses across the switch, P Con,D the conduction power losses across the anti‐parallel diode, V T the threshold voltage of the switch, I DS,avg the average value of the drain to source current, I DS,RMS the RMS value of the drain to source current, r ds,on the on state resistance of the drain to source, V DO the threshold voltage of the diode, I d,avg the average value of the diode current, I d,RMS the RMS value of the diode current, r d the resistance of the diode, P Swit_Off the switching losses across the switch during the turn off instant, P Swit_On the switching losses across the switch during the turn on instant, V B the blocking voltage across the switch, i DS_off the instantaneous value of drain to source current during the turn‐off instants, i DS_on the instantaneous value of drain to source current during the turn‐on instants, t off the turn off delay of the switch, t on the turn on delay of the switch and f sw the switching frequency of the modulation scheme.…”