SEMICONDUCTOR PHYSICS AND DEVICES
Material type:
TextPublisher: New Delhi Oxford University Press 2006Edition: 1st edDescription: 546pISBN: 9780195677294Subject(s): Physics | Semiconductors | Quantum MechanicsDDC classification: 537.622 ISL/S Summary: Semiconductor Physics and Devices provides an introduction to the physics of semiconductor materials and devices.
Suitable for: the requirements of undergraduate and postgraduate students of science and electronics.
Table of contents
Chapter 1.Quantum Mechanics of Semiconductors
Chapter 2.Physical Statistics of Semiconductors
Chapter 3.Bonds and Bands
Chapter 4.Practical Semiconductors
Chapter 5.Doping of Semiconductors
Chapter 6.Carrier Processes in Semiconductors
Chapter 7.Bandgap Engineering
Chapter 8.Semiconductor Growth, Processing, and Characterization
SEMICONDUCTOR DEVICES
Chapter 9.Junction Analysis
Chapter 10.Bipolar Junction Transistors
Chapter 11.Junction Field Effect Transistor
Chapter 12.Metal–Semiconductor Field Effect Transistor
Chapter 13.High-electron-mobility Transistors
Chapter 14.Metal Oxide Semiconductor Field Effect Transistor
Chapter 15.Optoelectronic Devices
Chapter 16.Microwave Devices
Chapter 17.Power Electronic Devices
| Item type | Current location | Collection | Call number | Status | Date due | Barcode |
|---|---|---|---|---|---|---|
| Books | MES LIBRARY, PONNANI | PHYSICS | 537.622 ISL/S (Browse shelf) | Available | 37585 |
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| 537.622 6 SIN/E ELECTROMAGNETIC FIELD THEORY FUNDAMENTALS | 537.622 6 SIN/E ELECTROMAGNETIC FIELD THEORY FUNDAMENTALS | 537.622 BHA/S SEMICONDUCTOR OPTOELECTRONIC DEVICES | 537.622 ISL/S SEMICONDUCTOR PHYSICS AND DEVICES | 537.622 KAP/S SEMICONDUCTOR LASERS 1 Fundamentals | 537.622 SMI/SE SEMICONDUCTORS | 537.622 SZE/P PHYSICS OF SEMICONDUCTOR DEVICES |
Semiconductor Physics and Devices provides an introduction to the physics of semiconductor materials and devices.
Suitable for: the requirements of undergraduate and postgraduate students of science and electronics.
Table of contents
Chapter 1.Quantum Mechanics of Semiconductors
Chapter 2.Physical Statistics of Semiconductors
Chapter 3.Bonds and Bands
Chapter 4.Practical Semiconductors
Chapter 5.Doping of Semiconductors
Chapter 6.Carrier Processes in Semiconductors
Chapter 7.Bandgap Engineering
Chapter 8.Semiconductor Growth, Processing, and Characterization
SEMICONDUCTOR DEVICES
Chapter 9.Junction Analysis
Chapter 10.Bipolar Junction Transistors
Chapter 11.Junction Field Effect Transistor
Chapter 12.Metal–Semiconductor Field Effect Transistor
Chapter 13.High-electron-mobility Transistors
Chapter 14.Metal Oxide Semiconductor Field Effect Transistor
Chapter 15.Optoelectronic Devices
Chapter 16.Microwave Devices
Chapter 17.Power Electronic Devices
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