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Speed control 11 12 field 1 h eo stat 5 Prime armature E1 Mover 6. DC Generator Power Supply Load 85.5 ohm Figure 1: separately excited DC generator 00 Shunt field ee 12

Speed control 11 12 field 1 h eo stat 5 Prime armature E1 Mover 6. DC Generator Power Supply Load 85.5 ohm Figure 1: separately excited DC generator 00 Shunt field ee 12

Introductory Circuit Analysis (13th Edition)
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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Speed control 11 12 field 1 h eo stat Prime armature E1 Mover 6. DC Generator Power Supply Load 85.5 ohm Figure 1: separately excited DC generator Does the first graph confirm that the separately excited dc generator is equivalent to a linear speed-to-voltage converter? Does the second graph show that the generator voltage increases linearly with increasing field current in the first part of the curve then the voltage incremental rate slows down with increasing field current due to saturation? Does the third graph show that the generator voltage decreases with increasing load current? Is a separately excited dc generator equivalent to a dc power source with variable output voltage? Would this generator generate a negative voltage if the direction of the rotation is reversed? Would this generator generate a negative voltage if the field voltage polarity is reversed? Did you notice that the field current is much less than the armature current? Shunt field cail
Transcribed Image Text:Speed control 11 12 field 1 h eo stat Prime armature E1 Mover 6. DC Generator Power Supply Load 85.5 ohm Figure 1: separately excited DC generator Does the first graph confirm that the separately excited dc generator is equivalent to a linear speed-to-voltage converter? Does the second graph show that the generator voltage increases linearly with increasing field current in the first part of the curve then the voltage incremental rate slows down with increasing field current due to saturation? Does the third graph show that the generator voltage decreases with increasing load current? Is a separately excited dc generator equivalent to a dc power source with variable output voltage? Would this generator generate a negative voltage if the direction of the rotation is reversed? Would this generator generate a negative voltage if the field voltage polarity is reversed? Did you notice that the field current is much less than the armature current? Shunt field cail
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