A. RC
B. RC || RE
C. RC – RE
D. RC + RE
A. CC
B. CB
C. CE
D. none of the above
For highest power gain, one would use _________________configuration? Read More »
Electrical Engineering Mcqs, Single Stage Transistor Amplifiers A. c. power into a.c. power
B. c. power into d.c. power
C. high resistance into low resistance
D. none of the above
A transistor converts __________________? Read More »
Electrical Engineering Mcqs, Single Stage Transistor Amplifiers A. Electrolytic
B. Mica
C. Paper
D. Air
In transistor amplifiers, we generally use______________ capacitors? Read More »
Electrical Engineering Mcqs, Single Stage Transistor Amplifiers A. The same as
B. Less than
C. More than
D. None of the above
A. Transistor
B. Biasing circuit
C. Collector supply VCC
D. None of the above
A. Emitter is heavily doped
B. Collector has reverse bias
C. Collector is wider than emitter or base
D. None of the above
A transistor amplifier has high output impedance because ______________? Read More »
Electrical Engineering Mcqs, Single Stage Transistor Amplifiers A. Input impedance is very high
B. Input impedance is low
C. Output impedance is very low
D. None of the above
CC configuration is used for impedance matching because its ________________? Read More »
Electrical Engineering Mcqs, Single Stage Transistor Amplifiers A. The same as
B. Less than
C. More than
D. None of the above
The d.c. load of a transistor amplifier is generally_______________ that of a a.c. load? Read More »
Electrical Engineering Mcqs, Single Stage Transistor Amplifiers A. Transistor will be destroyed
B. Biasing conditions will change
C. Signal will not reach the base
D. None of the above
