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What is the relation between applied voltage and emf induced with respect to flux wave?
Under no load condition and considering no losses
Induced emf in both primary and secondary lags behind the main flux by 90o.
Applied voltage to primary winding leads the main flux by 90o and is in phase opposition with the induced emf in the primary winding (V1= -e1)
Secondary voltage V2=e2 as there is no voltage drop in the secondary
Induced emf in both primary and secondary lags behind the main flux by 90o.
Applied voltage to primary winding leads the main flux by 90o and is in phase opposition with the induced emf in the primary winding (V1= -e1)
Secondary voltage V2=e2 as there is no voltage drop in the secondary