Title Page
Table of Contents
Foreword
Chapter 1: Review of Modern Physics
- Introduction
- Quantum Mechanics
- Electromagnetic theory
- Statistical Thermodynamics
Examples -
Problems -
Review Questions -
Bibliography -
Equation Sheet
Chapter 2: Semiconductor Fundamentals
- Introduction
- Crystals and crystal structures
- Energy bands
- Density of States
- Distribution Functions
- Carrier Densities
- Carrier Transport
- Recombination and Generation
- Continuity Equation
- Drift-Diffusion Model
Examples -
Problems -
Review Questions -
Bibliography -
Equation sheet
Chapter 3: Metal-Semiconductor Junctions
- Introduction
- Structure and principle of operation
- Electrostatic analysis
- Schottky diode current
Examples -
Problems -
Review Questions -
Bibliography -
Equation Sheet
Chapter 4: p-n Junctions
- Introduction
- Structure and principle of operation
- Electrostatic analysis
- p-n diode current
- Breakdown
- Optoelectronic devices
Examples -
Problems -
Review Questions -
Bibliography -
Equation Sheet
Chapter 5: Bipolar Transistors
- Introduction
- Structure
- Ideal BJT model
- Non-ideal effects
Examples -
Problems -
Review Questions -
Bibliography -
Equation Sheet
Chapter 6: MOS Capacitors
- Introduction
- Structure
- Analysis
- Technology
Examples -
Problems -
Review Questions -
Bibliography -
Equation Sheet
Chapter 7: MOS Field-Effect-Transistors
- Introduction
- Structure and principle of operation
- MOSFET analysis
- Threshold voltage
- MOSFET SPICE model
- MOSFET circuits and technology
- Advance MOSFET issues
Examples -
Problems -
Review Questions -
Bibliography -
Equation Sheet
Appendix
- List of symbols
Extended List of symbols
- Physical Constants
- Material Parameters
- Prefixes
- Units
- Greek Alphabet
- Periodic Table
Supplements
- Biographies
- Equation sheets
- Examples
- Glossary
- Index
- Problems
- Review questions
- Quick access
- Mathematical functions
- Self Study Problems
© B. Van Zeghbroeck, 2000