A. a reverse bias
B. a wide depletion layer
C. low resistance
D. none of the above
A. 100 mA
B. 100.1 mA
C. 110 mA
D. none of the above
A. 0o
B. 180o
C. 90o
D. 270o
A. 1800
B. 00
C. 900
D. 2700
A. electron current in the emitter
B. electron current in the collector
C. hole current in the emitter
D. donor ion current
A. germanium
B. silicon
C. carbon
D. none of the above
A. forward bias at all times
B. reverse bias at all times
C. low resistance
D. none of the above
A. increase the forward current
B. decrease the forward current
C. compensate for excessive dog
D. prevent excessive temperature rise
A. high resistance to low resistance
B. low resistance to high resistance
C. high resistance to high resistance
D. low resistance to low resistance
A. remain the same
B. increase
C. decrease
D. none of the above