(a) The equilibrium band diagram for a doped semiconductor shown below. Is it n- type, p-type or intrinsic semiconductor? n-type/p-type/not enough information provide Donor level E- Acceptor level E.. valence band edge E conduction band edge E intrinsic Fermi level E, Fermi level Eg (b) What, if any, of the following conditions by themselves could lead to the above band diagram? Choose a correct answer. I 1) very high temperature; 2) very high acceptor doping; 3) very low acceptor doping
(a) The equilibrium band diagram for a doped semiconductor shown below. Is it n- type, p-type or intrinsic semiconductor? n-type/p-type/not enough information provide Donor level E- Acceptor level E.. valence band edge E conduction band edge E intrinsic Fermi level E, Fermi level Eg (b) What, if any, of the following conditions by themselves could lead to the above band diagram? Choose a correct answer. I 1) very high temperature; 2) very high acceptor doping; 3) very low acceptor doping
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Transcribed Image Text:(a) The equilibrium band diagram for a doped semiconductor shown below. Is it n-
type, p-type or intrinsic semiconductor?
n-type/p-type/not enough information provide
Donor level E-
Acceptor level E..
valence band edge E
conduction band edge E
intrinsic Fermi level E,
Fermi level Eg
(b) What, if any, of the following conditions by themselves could lead to the above
band diagram? Choose a correct answer.
1) very high temperature; 2) very high acceptor doping; 3) very low acceptor doping
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