The energy band diagram of a p-type semiconductor bar of length L under equilibrium condition (i.e, the Fermi energy level Ef is constant) is shown in the figure. The valence band E, is sloped since doping is non-uniform along the bar. The difference between the energy levels of the valence band at the two edges of the bar is A. p-type Ef
The energy band diagram of a p-type semiconductor bar of length L under equilibrium condition (i.e, the Fermi energy level Ef is constant) is shown in the figure. The valence band E, is sloped since doping is non-uniform along the bar. The difference between the energy levels of the valence band at the two edges of the bar is A. p-type Ef
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![The energy band diagram of a p-type semiconductor bar of length L under equilibrium
condition (i.e, the Fermi energy level Ef is constant) is shown in the figure. The valence
band E, is sloped since doping is non-uniform along the bar. The difference between
the energy levels of the valence band at the two edges of the bar is A.
p-type
Ef
Ev
z = 0
z = L
If the charge of an electron is q, then the magnitude of the electric field developed inside
this semiconductor bar is](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fdcb85c26-8dd1-42e7-971f-9cbcc0b611a5%2F87eaf980-5341-416d-a83e-c57a0d196a59%2F0cbm49q_processed.png&w=3840&q=75)
Transcribed Image Text:The energy band diagram of a p-type semiconductor bar of length L under equilibrium
condition (i.e, the Fermi energy level Ef is constant) is shown in the figure. The valence
band E, is sloped since doping is non-uniform along the bar. The difference between
the energy levels of the valence band at the two edges of the bar is A.
p-type
Ef
Ev
z = 0
z = L
If the charge of an electron is q, then the magnitude of the electric field developed inside
this semiconductor bar is
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