MCQ Questions Electrical Engineering Solid-State Switching Circuits
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MCQ Questions Electrical Engineering Solid-State Switching Circuits - Set - 1
Question 1:
Calculate the circuit turn-off time for Half-wave controlled rectifier for a ω=5 rad/sec for resistive load.
a) 0.62 sec
b) 0.42 sec
c) 0.58 sec
d) 0.64 sec
Correct Answer – (A)
Question 2 :
In Half-wave uncontrolled rectifier calculate the average value of the current for 3 Ω resistive load if the supply is 34sin(11t).
a) 3.6 A
b) 2.6 A
c) 2.5 A
d) 3.1 A
Correct Answer – (A)
Question 3 :
In Half-wave uncontrolled rectifier calculate the power dissipation across the 8 Ω resistor if the supply is 29sin(22t).
a) 26.2 W
b) 24.2 W
c) 26.1 W
d) 29.1 W
Correct Answer – (A)
Question 4 :
In Half-wave uncontrolled rectifier calculate the average value of the voltage if the supply is 3sin(5t).
a) 0.95 V
b) 0.92 V
c) 0.93 V
d) 0.94 V
Correct Answer – (A)
Question 5 :
Calculate the extinction angle in purely inductive load if the firing angle is 13°.
a) 328°
b) 347°
c) 349°
d) 315°
Correct Answer – (B)
MCQ Questions Electrical Engineering Solid-State Switching Circuits
Question 6:
In Half-wave controlled rectifier calculate the average value of the current for 2.5 Ω resistive load if the supply is sin(5.2t) and firing angle is 26°.
a) 0.8 V
b) 0.15 V
c) 0.12 V
d) 0.21 V
Correct Answer – (B)
Question 7:
The conduction period of diode in Half-wave uncontrolled rectifier for resistive load is ______________
a) π
b) 2π
c) 3π
d) 4π
Correct Answer – (A)
Question 8:
In Half-wave uncontrolled rectifier calculate the r.m.s value of the voltage if the supply is 89sin(41t).
a) 91.5 V
b) 44.5 V
c) 25.1 V
d) 15.1 V
Correct Answer – (B)
Question 9:
Calculate the conduction angle in purely inductive load if the firing angle is 165°.
a) 78°
b) 55°
c) 30°
d) 19°
Correct Answer – (C)
Question 10:
In Half-wave controlled rectifier calculate the average value of the voltage if the supply is 13sin(25t) and firing angle is 13°.
a) 4.08 V
b) 4.15 V
c) 3.46 V
d) 5.48 V
Correct Answer – (A)
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