Carrier Modeling (Chapter 2, pp. 23 -68) 1. Types of semiconductor models (bond
ID: 2083736 • Letter: C
Question
Carrier Modeling (Chapter 2, pp. 23 -68) 1. Types of semiconductor models (bond model, energy band model) 2. Carrier Types and carrier properties 3. Drawing energy band diagrams for different materials 4. Carrier properties (effective mass, charge.) 5. Doping (Ea, Ed, terminology) 6. Density of states 7. Fermi Function 8. *Calculation of equilibrium carrier concentrations (no, po) (Derivation) 9. * Alternate expressions for n and p and ni, np product rule 10. Degeneracy, non degeneracy 11. *Charge Neutrality relationship (derivation of n and p for general and 5 cases) 12. How carrier concentration change as a function of temperature, doping 13. Fermi level (as a function of doing, temperature)Explanation / Answer
These are the topics of semiconductor devices.
In the Carrier Modeling topic following parts would be cover. Carrier Modeling is a chapter which have following subparts.
In this topic we are talking about behaviour of electron and holes, their velocities, their energy and how the electron and hole concentration is changed.
energy band diagram shows that how much energy a electron reuired to go to valence band to conduction band and their fermi energy and band gaps.
if we dopped electron r holes in semiconductor then what charactericstic of semiconductor will be change.
If you have interest in physics or semiconductor or motion of electron, then it wil be a inteestion topic for you.
Commment if you have any doubt
Best of luck