What are the reasons for the decrease in the voltage of the independent excitation generator during the transition from the no- load mode to the load mode? Choose one answer: a. armature reaction b. increase la * Ra c. increase la * Ra and demagnetizing action of the armature reaction d. The magnetizing action of the armature reaction

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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What are the reasons for the decrease in the
voltage of the independent excitation
generator during the transition from the no-
load mode to the load mode?
Choose one answer:
a, armature reaction
b. increase la * Ra
c. increase la * Ra and demagnetizing
action of the armature reaction
d. The magnetizing action of the
armature reaction
Transcribed Image Text:What are the reasons for the decrease in the voltage of the independent excitation generator during the transition from the no- load mode to the load mode? Choose one answer: a, armature reaction b. increase la * Ra c. increase la * Ra and demagnetizing action of the armature reaction d. The magnetizing action of the armature reaction
The figure shows the electrical diagram of a
parallel excitation DC motor. Specify the
attachment point for end A of the field circuit
Show the correct natural electromechanical
characteristic of a series excited DC motor
to obtain the correct circuit.
OB
w2
ia
92
Choose one answer:
а. 2
Choose one answer:
b. four
a. four
C. five
b. 2
d. one
C. one
е. 3
d. 3
Transcribed Image Text:The figure shows the electrical diagram of a parallel excitation DC motor. Specify the attachment point for end A of the field circuit Show the correct natural electromechanical characteristic of a series excited DC motor to obtain the correct circuit. OB w2 ia 92 Choose one answer: а. 2 Choose one answer: b. four a. four C. five b. 2 d. one C. one е. 3 d. 3
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