MCQ Questions Electrical Engineering Solid-State Switching Circuits
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MCQ Questions Electrical Engineering Solid-State Switching Circuits - Set - 2
Question 1:
Calculate the r.m.s value of source current in 1-Φ Full wave semi-converter for the load (Highly inductive) current=51.2 A and α=15°.
a) 10.53 A
b) 14.52 A
c) 44.92 A
d) 49.02 A
Correct Answer – (D)
Question 2 :
Calculate the circuit turn-off time for 1-Φ Full wave bridge rectifier for α=145°. Assume the value of ω=5 rad/sec.
a) 84.9 msec
b) 94.5 msec
c) 101.2 msec
d) 87.2 msec
Correct Answer – (D)
Question 3 :
Calculate the value of the fundamental displacement factor for 1-Φ Full wave semi-converter if the firing angle value is 69°.
a) 0.48
b) 0.24
c) 0.82
d) 0.88
Correct Answer – (C)
Question 4 :
Calculate the value of the Input power factor for 1-Φ Full wave bridge rectifier if the firing angle value is 39°.
a) 0.69
b) 0.59
c) 0.78
d) 0.15
Correct Answer – (A)
Question 5 :
Calculate the output frequency for the six-pulse converter if the supply frequency is 10 Hz.
a) 40 Hz
b) 30 Hz
c) 60 Hz
d) 80 Hz
Correct Answer – (C)
MCQ Questions Electrical Engineering Solid-State Switching Circuits
Question 6:
Calculate the fundamental component of source current in 1-Φ Full wave bridge rectifier for the load(Highly inductive) current=78 A.
a) 78 A
b) 45 A
c) 69 A
d) 13 A
Correct Answer – (A)
Question 7:
Calculate the fundamental component of source current in 1-Φ Full wave bridge rectifier for load(Highly inductive) current = 3.14 A.
a) 2.82 A
b) 1.45 A
c) 3.69 A
d) 4.78 A
Correct Answer – (A)
Question 8:
Calculate the value of the fundamental displacement factor for 1-Φ Full wave bridge rectifier if the firing angle value is 38°.
a) 0.22
b) 0.78
c) 0.33
d) 0.44
Correct Answer – (B)
Question 9:
Calculate the pulse number if the supply frequency is 2π and the output frequency is π÷6.
a) 4
b) 12
c) 16
d) 8
Correct Answer – (B)
Question 10:
Calculate the string efficiency if the de-rating factor is 0.429.
a) 48.1 %
b) 57.1 %
c) 47.8 %
d) 46.5 %
Correct Answer – (B)
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