(6) In the presence of an applied electric field, the bandgap of
a semiconductor effectively
(Â Â Â )
(A) Increases...
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Electrical Engineering
(6) In the presence of an applied electric field, the bandgap ofa semiconductor effectively
(Â Â Â )
(A) Increases with increasing electric field, and decreases withdecreasing temperature
(B) Decreases with increasing electric field, and increases withdecreasing temperature
(C) Decreases with increasing electric field, and decreases withdecreasing temperature
(D) Increases with increasing electric field, and increases withdecreasing temperature
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4.3 Ratings (696 Votes)
In each and every semiconductor we have a bandgap which isrepresented by Eg which is energy level between valance band andthe conduction band based on the Eg we classify the type ofmaterial ie conductor insulator or semiconductorNow we have two conditions they are 1 applying an electricfield2
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