Introduction to electronic devices / Michael Shur.

CHAPTER 1 BASICS OF QUANTUM MECHANICS
Introduction
Quantum mechanical concepts
Tunneling
Atomic states and chemical bonds



CHAPTER 2 BASIC OF SOLID STATE PHYSICS
Introduction
Crystal Symmetry
Energy bands. Dielectrics, semiconductors, and mental
Distribution functions and densities of states
densities of states for two and one dimensional electron gases


CHAPTER 3 ELECTRONS AND HOLES IN SEMICONDUCTORS
Introduction
Electrons and holes
Electrons and hole concentrations
Electrons and hole mobilities and draft velocities
Diffusion
Basic semiconductor equations


CHAPTER 4 DIODES AND CONTACTS
Introduction
p-n junctions at zero bias
p-n junctions under bias
Depletion and diffusion capacitance
Junction break down
Tunnel diodes
etc.


CHAPTER 5 BIPOLAR JUNCTION TRANSISTORS
Principle of operation
BJT modelling
Break down in bipolar junction transistors
Small signal equivalent circuit
Small signal operation and cutoff frequencies
Heterojunction bipolar transistors


Chapter 6 MOSFETs
Principle of operation
Charge control models
MOSFET threshold voltage
MOSFET modelling
FET small signal equivalent circuit
CMOS
etc.


CHAPTER 7 COMPOUND SEMICONDUCTOR FETS AND THIN FILM TRANSISTORS (TFTS)
Introduction
Compound semiconductor FETs
Thin film transistors

CHAPTER 8 PHOTONIC DEVICES
Electromagnetic spectrum and optical properties of solids
Solar cells
Photodectors
Electroluminescence and light-emitting diodes
Lesers
Integrated ptoelectronics
Display


CHAPTER 9 DEVICE FABRICATION AND NOVEL DEVICES
Introduction
Material growth and device fabrication
Hot electronic transistors
Super lattice devices
Resonant tunneling devices
Heterodimension device
Wide band gap semiconductor materials and devices
super conducting devices

Includes bibliographical references (p. 537) and index.