The following information is given for a 300kW, 600V, long shunt compound DC generat or, shunt fieldresistance is 75 ohms, armature resistance 0.01, brush resistance is 0.011 ohrms, series field resistance is0.012 ohms and the divert or resistance of 0.036 ohms.When the machine is delivering full load; a. Drawthe circuit diagrarn b. Calculate the voltage and C Power generated by the armat ure.

Drawing the circuit for the given case:

The following information is given for a 300kW, 600V, long shunt compound DC generat or, shunt field resistance is 75 ohms, arrmat ure resistance 0.01, brush resistance is 0.011 ohms, series field resistance is 0.012 ohms and the divert or resistance of 0.036 ohms.When the machine is delivering full load; a. Draw the circuit diagram b. Calculate the voltage and C Power generated by the armature.

The following information is given for a 300kW, 600V, long shunt compound DC generat or, shunt field resistance is 75 ohms, arrmat ure resistance 0.01, brush resistance is 0.011 ohms, series field resistance is 0.012 ohms and the divert or resistance of 0.036 ohms.When the machine is delivering full load; a. Draw the circuit diagram b. Calculate the voltage and C Power generated by the armature.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Concept explainers

DC Generator

An electromechanical machine which converts input mechanical energy to respective output electric energy is called a generator.

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The following information is given for a 300kW, 600V, long shunt compound DC generat or, shunt field
resistance is 75 ohms, armature resistance 0.01, brush resistance is 0.011 ohrms, series field resistance is
0.012 ohms and the divert or resistance of 0.036 ohms.When the machine is delivering full load; a. Draw
the circuit diagrarn b. Calculate the voltage and C Power generated by the armat ure.

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