In the middle of the depletion layer of a reverse biased p-n-junction, the electric field is maximum
53) In the middle of the depletion layer of a reverse biased p-n-junction, the
Answer is:
electric field is maximum
Explanation:
Related Electronic Devices and Communication MCQ with Answers
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crystal structure
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The difference in variation of resistance with temperature in a metal and semiconductor is due to crystal structure
Answer is:
1
Explanation:
ALPHA (?):?It is a large signal current gain in common base configuration. It is the ratio of collector current (output current) to the emitter current (input current).It is a current gain in CB amplifier and it indicates that the amount of emitter current reaching to collector. Its value is unity ideally and practically less than unity. Beta (?): It is a current gain factor in the common emitter configuration. It is the ration of collector current (output current) to base current (output current).
Answer is:
0.01
Explanation:
ALPHA (?):?It is a large signal current gain in common base configuration. It is the ratio of collector current (output current) to the emitter current (input current).It is a current gain in CB amplifier and it indicates that the amount of emitter current reaching to collector. Its value is unity ideally and practically less than unity. Beta (?): It is a current gain factor in the common emitter configuration. It is the ration of collector current (output current) to base current (output current).
Answer is:
a bond is broken on the N- side and the electron freed from the bond jumps to
Explanation:
ALPHA (?):?It is a large signal current gain in common base configuration. It is the ratio of collector current (output current) to the emitter current (input current).It is a current gain in CB amplifier and it indicates that the amount of emitter current reaching to collector. Its value is unity ideally and practically less than unity. Beta (?): It is a current gain factor in the common emitter configuration. It is the ration of collector current (output current) to base current (output current).