B. Provide biasing
C. Protect the transistor
D. Cool the transistor
B. c.
C. both d.c. and a.c.
D. none of the above
A. None of the above
C. Reverse bias the emitter
D. Forward bias the collector
A. Protect the transistor
B. Increase the output impedance of transistor
C. Provide biasing
A. Open
B. Partially open
C. None of the above
A. 2 V
C. 20 V
D. 5 V
A. RC RE
B. RC || RE
D. RC
A. Leakage
C. Bypass
D. None of the above
B. 10 k?
C. 20 k?
D. 2 k?
A. Biasing circuit
B. None of the above
C. Transistor
B. Less than
D. The same as
B. 0o
C. 90o
D. 270o
A. 270o
B. 180o
A. RC
B. RL + RC
D. RL RC
A. RL
B. RC || RL
D. RC + RL
A. Very low
C. Very high
D. Low
B. c. power into d.c. power
C. high resistance into low resistance
C. Input impedance is low
D. Output impedance is very low
C. The same as
D. More than
A. High
B. Low
C. About 1
B. Mica
C. Paper
D. Air
A. Emitter is heavily doped
D. Collector is wider than emitter or base
A. 165 x 104
B. 100
A. c. load line
C. both d.c. and a.c. load lines
A. 10 db
D. 40 db
A. (1 + ?)
B. (1+ ?)
D. ?
B. Reduce noise in the amplifier
C. Forward bias the emitter
B. Saturation point
C. Cut off point
A. CC
C. CB
A. The same as
B. 10000
C. 100
D. 1000
B. Grounded collector
C. Grounded base
B. Short
D. Partially short
A. c. only
C. difference of a.c. and d.c.
D. c. only
A. Wide emitter
B. Thin collector
A. Three transistor
B. Two transistors
B. Transistor will be destroyed
C. Signal will not reach the base
B. High
D. Moderate
Showing 1 to 38 of 38 mcqs