A. RC consideration
C. None of the above
D. VCC consideration
B. None of the above
C. 315 kO
D. 105 kO
C. Decrease in the base current
D. Excessive collector bias
A. Be zero
D. Be 0.2 V
A. None of the above
C. Is strongly dependant on IC
D. Depends upon IC to moderate extent
B. 3 IB
C. 4 IB
D. 2 IB
B. (+1)RC
C. RB (+1)
D. 1-
A. 100
C. 200
D. 25
A. One hundredth
B. One tenth
D. One millionth
A. The maximum current point
D. The end point
B. The magnitude of signal
C. Values of IC and VCE when signal is applied
D. None of the above
B. 1400 O
C. 1600 O
D. 2000 O
A. More than
D. The same as
A. a.c
C. both a.c. and d.c
D. none of the above
C. Is complicated
D. Provides high stability
A. Junction capacitance is high
B. Collector is reverse biased
D. Emitter is forward biased
A. 6 mA
C. mA
D. 1 mA
A. 5 VBE
B. 2VBE
A. VBE consideration
D. IB consideration
A. 1
B. More than 200
D. 100
C. Voltage gain
D. Current gain
A. Change in the values of circuit resistance
C. Change in VCC
A. Cut off point
B. Saturation point
A. Low base current
D. High stability factor
C. Be between 0 V and 0.1 V
D. Be 0.01 V
B. Remains the same
C. Is increased
A. More than 10
C. 3
D. 4
B. Base resistor bias
D. Collector feedback bias
B. Bias battery
C. Diode
A. Proper forward bias
B. Very small size
A. 10 kO
C. 1 MO
D. 100 kO
A. V
C. 7 V
D. 3 V
A. Provide base-emitter bias
C. Limit the maximum emitter current
A. 20 A
C. 25 A
D. 100 A
A. Proper alternating current
B. Collector current small
C. The base current small
A. Rectifier circuits
B. Amplifier circuits
B. Be zero
C. Be 0.2 V
B. May or may not lie
C. Data insufficient
D. Does not lie
A. 6 V
B. 8 V
D. 7 V
A. Remains the same
C. Increases
Showing 1 to 40 of 40 mcqs