Physics of Semiconductor Devices by Michael Shur
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Physics of Semiconductor Devices
Summary
This volume provides a practical introduction to the basics of semiconductor physics as well as insights into important developments, such as amorphous silicon, compound semiconductor technologies, and novel heterostructure transistors.
Physics of Semiconductor Devices Summary
Table of Contents
1. Basic Semiconductor Physics.
2. p-n Junctions, Schottky Barrier Junctions, Heterojunctions and Ohmic Contacts.
3. Bipolar Junction Transistors.
4. Field Effect Transistors.
5. Photonic Devices.
6. Transferred-Electron Devices and Avalanche Diodes.
7. Novel Devices.
APPENDICES:
Physical Constants.
Greek Alphabet.
Units.
Magnitude Prefixes.
Unit Conversion Factors.
Properties of Silicon.
Properties of Germanium.
Properties of Gallium Arsenide.
Properties of Aluminum Gallium Arsendie.
Properties of InP.
Properties of InAs and In GaAs.
Properties of HgCdTe.
Properties of Diamond.
Properties of SiC.
Properties of ZnSe.
Properties of ZnTe.
Properties of Amorphous Silicon.
Properties of SiO2.
Properties of Si3N4.
Hyperbolic Functions.
Fermi Integrals.
Overlap Factor and Scattering Rates.
Momentum Relaxation Times and Low-Field Mobilities.
Device and Circuit Simulation Programs.
Relationship between h-parameters and Parameters of T-equivalent Circuit and ...P Equivalent Circuit.
Data Sheets for Motorola 2N2219A General Purpose Silicon n-p-n Transistors.
Periodic Table.
Additional information
GOR013357976
9780136664963
0136664962
Physics of Semiconductor Devices by Michael Shur
Used - Well Read
Hardback
Pearson Education (US)
19910201
712
N/A
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