Q3) Calculate la, the induced e.m.f., and the output of prime mover for a short-shunt compound generator deliver a load current of 50 A at 380 V and has a shunt - field resistance of 1902 while series - field resistance of 0.5 and the armature resistance is 0.08 2. Neglected the voltage drop contact brush and stray losses.
Q3) Calculate la, the induced e.m.f., and the output of prime mover for a short-shunt compound generator deliver a load current of 50 A at 380 V and has a shunt - field resistance of 1902 while series - field resistance of 0.5 and the armature resistance is 0.08 2. Neglected the voltage drop contact brush and stray losses.
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![Q3) Calculate la, the induced e.m.f., and the output of prime mover for a
short-shunt compound generator deliver a load current of 50 A at 380 V
and has a shunt - field resistance of 1902 while series - field resistance of
0.52 and the armature resistance is 0.08 2. Neglected the voltage drop
contact brush and stray losses.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4421a703-2e72-4a78-88e9-11e540b761c3%2F6de83dc4-3cfd-42f4-b2df-cadeb92d5dff%2F8itnqn8_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q3) Calculate la, the induced e.m.f., and the output of prime mover for a
short-shunt compound generator deliver a load current of 50 A at 380 V
and has a shunt - field resistance of 1902 while series - field resistance of
0.52 and the armature resistance is 0.08 2. Neglected the voltage drop
contact brush and stray losses.
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