文档介绍：Principles of Semiconductor Devices
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Principles of Semiconductor Devices
B. Van Zeghbroeck
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Principles of Semiconductor Devices
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http://ece-/~bart/book/ [2/28/2002 5:26:10 PM]
Principles of Semiconductor Devices
Principles of Semiconductor Devices
● Help
● Table of Contents
● Slideshow
● Movie
http://ece-/~bart/book/book/ [2/28/2002 5:26:12 PM]
Principles of Semiconductor Devices
Appendix:
Appendix 1: List of Symbols
Symbol Description MKS Units
A Area m2
c Speed of light in vacuum m/s
C Capacitance per unit area F/m2
CFB Flatband capacitance per unit area of a MOS structure F/m2
Cj Junction capacitance per unit area F/m2
Cox Oxide capacitance per unit area F/m2
Dn Electron diffusion constant m2/s
Dp Hole diffusion constant m2/s
E Energy Joule
E Electric field V/m
Ea Acceptor energy Joule
Ec Conduction band energy of a semiconductor Joule
Ed Donor energy Joule
EF Fermi energy (thermal equilibrium) Joule
Eg Energy bandgap of a semiconductor Joule
Ei Intrinsic Fermi energy Joule
Ev Valence band energy of a semiconductor Joule
Evacuum Electron energy in vacumm Joule
f(E) Distribution function (probability density function)
Fn Quasi-Fermi energy of electrons Joule
Fp Quasi-Fermi energy of holes Joule
Density of states in the conduction band per unit energy and
g (E) m-3J-1
c per unit volume
Density of states in the valence band per unit energy and per
g (E) m-3J-1
v unit volume
Gn Electron generation rate m-3s-1
Gp Hole generation rate m-3s-1
h Plank's constant Js
Reduced Plank's (= h /2π) Js
I Current A
J Current density A/m2
Jn Electron current density A/m2
Jp Hole current density A/m2
k Boltzmann's constant J/K
l Mean free path m
http://ece-/~bart/book/book/append/ (1 of 4) [2/28/2002 5:26:15 PM]
Principles of Semiconductor Devices
L Length m
Ln Electron diffusi