Page 683 - Basic Electrical Engineering
P. 683
Dividing both numerator and denominator by S,
The equivalent circuit representation of the rotor for the above equation has
been shown in Fig. 8.9 (b). This is the condition of the circuit when the rotor
is at standstill with E as the EMF induced, I as current flowing, X as the
20
2
20
rotor-circuit reactance, and R /S the rotor-circuit resistance. But we know that
2
the rotor-circuit resistance is R and not R /S.
2
2
To get R as the resistance we write R as
2
2/S
In . we see two resistances, viz rotor-circuit resistance R and another
2
resistance The question that arises is what is the significance of
