This preview shows page 1. Sign up to view the full content.
Unformatted text preview: n (T, Eg, Nc)
At any temperature, doping level, energy level find
n0 and p0
EE 332 Spring 2013 Thermal Equilibrium
Thermal Equilibrium EE 332 Spring 2013 Electron Distribution in
Electron Distribution in SolidSolids
- F Statistics Statistics EE 332 Spring 2013 Fermi-Dirac Function of Temperature on f(E)
Fermi-Dirac Function – Effect f(E)
EF : Fermi Level at which an
energy state has a probability
of ½ of being occupied by an
electron EE 332 Spring 2013 Fermi Function & Energy State Occupancy Fermi Function & Energy State Occupancy EE 332 Spring 2013 f(E) at 3kT 3kT EE 332 Spring 2013 Where is Fermi Level in Intrinsic Material?
Where is Fermi Level in IntrinsicMaterial? EE 332 Spring 2013 Fermi Level in Intrinsic Material
Fermi Level in Intrinsic Material EE 332 Spring 2013 F Level in Extrinsic Material
Fermiermi Level in Extrinsic Material EE 332 Spring 2013 EF in Energy Band Diagram EF in Energy Band Diagram EE 332 Spring 2013 Charge Carrier Concentration
Charge Carrier Concentration
• Why do we need to model charge carrier
View Full Document
This document was uploaded on 02/18/2014.
- Spring '09