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Basics of semiconductor electronics
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  • Basics of semiconductor electronics
ID: 27258

Jan Hennel

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Author: Hennel Jan

ISBN: 83-204-2812-2
Format: B5, 328 pages
Paperback
Publisher: WNT

About the book
Book description
The manual discusses the basic concepts of quantum mechanics and solid state physics necessary to understand electrical and optical phenomena in semiconductors. Issues of generation, recombination and transport of charge carriers in the semiconductor were considered.
The manual is intended for students of the electronics faculties of technical colleges. He will also be helpful to engineers specializing in semiconductor electronics


Table of Contents
Preface
More important letter designations
Admission
1. Wave-particle duality
2. Elements of quantum mechanics
3. Electron states in an atom
4. Crystal structure of solid bodies
5. Binding of atoms in a crystal
6. Energy structure of a solid body
7. Semiconductors
8. Concentrations of charge carriers in a semiconductor in a state of thermodynamic equilibrium
9. Generation and recombination of excess media in a semiconductor
10. Electric current flow in the semiconductor
11. Spatial loading in a semiconductor
12. Transport of excess carriers in a semiconductor

Appendix A Maxwell equations
Appendix B Wave functions of a hydrogen atom
Appendix C Periodic table of elements
Appendix D The width of the semiconductor energy gap
Appendix E Degree of ionization of admixtures
Appendix F Quasi - Fermi levels
Appendix G Material data for the most important semiconductors
Appendix H Complementary problem tasks

Problem solving
List of literature
Index of things
27258

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