Semiconductor optoelectronics : physics and technology
Author(s)
Bibliographic Information
Semiconductor optoelectronics : physics and technology
（McGraw-Hill series in electrical and computer engineering, Electronics and VLSI circuits）
McGraw-Hill, c1995
- International Editions 1995
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Note
Includes bibliographical references and index
Description and Table of Contents
Description
Targeting one of the fastest growing areas of consumer electronics, "Semiconductor Optoelectronics" covers both optoelectronics devices and applications, focusing on the physics and technology of the hardware that is critical to the optoelectronic technology. The text establishes a close link of lasers, detectors, modulators and switches to the global system demands, and solved examples, design related problems and physical insights, along with mathematics are used throughout.
Table of Contents
- Semiconductors - crystal structure
- properties of semiconductors - electronic
- doping and carrier transport
- optical propetries of semiconductors
- excitonic effects and modulation
- semiconductor junction theory
- optoelectronic detectors
- noise and the photoreceiver
- the light emitting diode
- laser diode - static properties
- semiconductor lasers - dynamic properties
- modulation and switching devices
- optical communication systems
- list of symbols
- important properties of semiconductors
- important quantum mechanics concepts
- bipolar transistor action
- optical waves in waveguides and crystals.
by "Nielsen BookData"