A. A
B. B
C. AB
A. Impedance
B. Direct
C. RC
A. Small
B. Very small
D. None of the above
B. None of the above
C. 2 W
D. 4 W
B. Very large
C. None of the above
D. Large
A. None of the above
B. 2
C. 3
C. Maximum current flows
D. Maximum voltage appears across load
A. Provide easy handling
D. Facilitate connections
B. Push-pull amplifier
D. Class C amplifier
A. Only power
B. Only voltage
A. AF amplifiers
D. Detectors
A. Less battery consumption
C. Low forward bias
B. Three transistors
C. Two transistors
A. Distortionless output
C. Cooling of the circuit
D. Good frequency response
A. 80%
C. 50%
D. 20%
B. Intermodulation
D. Amplitude
D. direct
A. 20 kO
B. 100 kO
D. 5 kO
A. 100V
C. 1V
D. 20V
A. Mixer stage
C. Detector stage
D. F stage
B. AB
C. B
A. Class B
D. Class A
A. 40 W
C. 10 W
D. 80 W
A. 1:1 ratio
D. Step-up
C. Requires a transformer
D. Gives low power output
B. Class A
C. Class C
D. Class AB
B. At cut off point
D. At saturation point
A. 10 W
B. 8 W
B. Differential
C. Symmetrical
D. Dual
A. To keep the transformer cool
D. Biasing the circuit
A. 50%
B. 30%
C. 5%
A. 5 W
B. 33 W
D. 75 W
A. Class A power amplifier
B. Preamplifier
C. Preamplifier
D. Class A power amplifier
A. Symmetrical
C. Differential
D. Reciprocating
A. 5%
D. 90%
A. Keep the amplifier cool
C. Protect from rusting
B. 10 W
D. 15 W
C. 45%
D. 30%
B. Excessive forward voltage
C. Burning of transistor
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