OPTICAL COMMUNICATION AND NETWORKS By BANDYOPADHYAY, M. N.



OPTICAL COMMUNICATION AND NETWORKS

OPTICAL COMMUNICATION AND NETWORKS
BANDYOPADHYAY, M. N.

Pages: 416

Binding: Paper Back

ISBN: 978-81-203-4854-7
Pages: 416
Binding: Paper Back

Price: R 395.00

Description:
Primarily intended as a textbook for undergraduate courses in electrical, electronics and telecommunication engineering, this compact and student-friendly book presents a comprehensive coverage of optical communication.
Organised in 15 chapters, the text explains the concepts of semiconductors and optical fibers. It discusses in detail cable, optical fiber loss, mathematical analysis of optical fiber operation, optical sources and optical detectors. The book also lucidly explains the basic principles of optical communication system and gives a clear insight into transmitters and receivers, design of optical communication system, opto-digital transmission system, voice transmission through fiber optic communication, video transmission over fiber optic links and optical network. The main objective is to provide a thorough understanding of the principles of optical communication.

KEY FEATURES

•    A number of solved problems that illustrate the application of theory to reinforce the concepts.
•    Concepts are explained with block diagrams that highlight the most significant aspects for better understanding.
•    Numerous objective type questions are provided.

Audience
Undergraduate courses in Electrical, Electronics and Telecommunication engineering.


Contents:
Preface

1.    Optical Communication 2.    Semiconductors and Optical Fiber 3.    Cables 4.    Optical Fiber Loss, Signal Distortion and Spectral Dispersion 5.    Mathematical Analysis of Optical Fiber Operation 6.    Study of Optical Sources 7.    Study of Optical Detectors 8.    Basic Principles of Optical Communication System 9.    Transmitters and Receivers 10.  Optical Field Access 11.  Design of Optical Communication System 12.  Opto-digital Transmission System 13.  Voice Transmission through Fiber Optic Communication 14.  Video Transmission over Fiber Optic Links 15.  Optical Networks

Appendix     Objective Type Questions

                     Answers to the Objective Type Questions Index

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