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3. A short shunt compound generator delivers 100 amperes at a terminal voltage of 200 V. Armature resistance 0.2 ohm, series field resistance 0.04 ohm, shunt field resistance 51 ohms. Find the total output of the generator and the emf generated. (Ans. 20,000 watts, 224.8 volts)

3. A short shunt compound generator delivers 100 amperes at a terminal voltage of 200 V. Armature resistance 0.2 ohm, series field resistance 0.04 ohm, shunt field resistance 51 ohms. Find the total output of the generator and the emf generated. (Ans. 20,000 watts, 224.8 volts)

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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3. A short shunt compound generator delivers 100 amperes at a terminal voltage of 200 V. Armature resistance 0.2 ohm, series field resistance 0.04 ohm, shunt field resistance 51 ohms. Find the total output of the generator and the emf generated. (Ans. 20,000 watts, 224.8 volts) 4. A 4 pole shunt generator with lap connected armature supplies a load of 200 A at 100 V. Shunt field resistance = 50 02, armature resistance = 0.050. Calculate the: (a) total armature current b. current per path c. emf generated (Ans. 202 amp, 50 amp, 110.1 volts)
Transcribed Image Text:3. A short shunt compound generator delivers 100 amperes at a terminal voltage of 200 V. Armature resistance 0.2 ohm, series field resistance 0.04 ohm, shunt field resistance 51 ohms. Find the total output of the generator and the emf generated. (Ans. 20,000 watts, 224.8 volts) 4. A 4 pole shunt generator with lap connected armature supplies a load of 200 A at 100 V. Shunt field resistance = 50 02, armature resistance = 0.050. Calculate the: (a) total armature current b. current per path c. emf generated (Ans. 202 amp, 50 amp, 110.1 volts)
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