A. acceptor ions
C. free electrons
D. donor ions
A. emitter
B. base
D. collector-base-junction
A. more than 100
C. equal to 1
D. more than 10
A. remains the same
B. increases
D. none of the above
A. forward bias at all times
B. none of the above
D. low resistance
B. 1800
C. 900
D. 2700
A. common emitter
B. common base
A. moderately
C. none of the above
D. lightly
B. free electrons
C. acceptor ions
A. 50
C. 100
D. about 1
B. (1 a ) IB
C. ICBO
D. IC
A. heavily
B. lightly
A. high resistance to low resistance
C. high resistance to high resistance
D. low resistance to low resistance
A. less than
C. the same as
A. compensate for excessive doping
B. decrease the forward current
D. increase the forward current
A. low
C. zero
D. very low
A. common collector
B. 0o
C. 90o
D. 270o
A. common base
C. common collector
B. decrease
D. increase
A. 90o
B. 180o
C. common emitter
A. 1
C. more than 1
A. 9
B. 900
C. 0.9
B. very high
C. almost zero
D. high
A. 25%
B. 35%
D. 20%
A. IE
C. ICEO
A. 100 mA
B. 110 mA
B. electron current in the collector
C. electron current in the emitter
D. donor ion current
B. IB = IC + IE
C. IC = IE + IB
D. IE = IC IB
A. IB
D. IB
A. none of the above
D. common base
A. = (1 a ) / a
C. = a / (1 + a )
D. = 1 / (1 a )
A. recombine in the base
C. recombine in the emitter
B. moderately
B. four pn junctions
C. one pn junction
D. three pn junctions
B. voltage
C. both voltage and current
A. carbon
D. germanium
B. above 500
D. less than 1
A. ICBO
C. IC
D. aIE
A. germanium
D. carbon
A. a wide depletion layer
D. a reverse bias
Showing 1 to 42 of 42 mcqs