Determine the Fermi level when doped with 10° m from the donor atoms at a temperature of 300 K and the density of 16. pure silicon 1. 45 X 10°m' then determine the Fermi level at 300 k and 400 k ,note that Eg = 1. 1eV and consider a gap Energy is constant with heat

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
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Determine the Fermi level when doped
with 10 m from the donor atoms at a
22
temperature of 300 K and the density of
pure silicon 1. 45 X 10°m' then determine
the Fermi level at 300 k and 400 k ,note
16.
3
that Eg = 1. 1eV and consider a gap
Energy is constant with heat
Transcribed Image Text:Determine the Fermi level when doped with 10 m from the donor atoms at a 22 temperature of 300 K and the density of pure silicon 1. 45 X 10°m' then determine the Fermi level at 300 k and 400 k ,note 16. 3 that Eg = 1. 1eV and consider a gap Energy is constant with heat
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