A Textbook of Optical Fiber Communication Systems
Book Details:
• Author: Sapna Katiyar
• Publisher: S.K. Kataria & Sons
• Edition: Reprint 2013
• Language: English
• Number of Pages: 450
• Binding: Paperback
• Release Date: 01 January 2013
• ISBN: 9789350143438
About the Book:
A Textbook of Optical Fiber Communication Systems is a comprehensive guide to optical communication technology, specially designed for electronics and communication engineering students. Written by Sapna Katiyar, the book explains the principles, components, and applications of optical fiber communication systems in a clear and systematic manner.
The book covers important topics including optical fiber waveguides, optical fiber materials, fabrication techniques, signal degradation in optical fibers, optical sources such as LEDs and lasers, optical detectors, analysis and performance of optical receivers, and optical networks. It also includes appendices, glossary, objective type questions with answers, and model test papers for academic preparation and self-assessment.
With well-organized chapters and easy-to-understand explanations, this book serves as an excellent academic and reference resource for university studies, laboratory work, technical learning, and competitive examinations related to optical fiber communication and communication engineering.
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Description
Book Details:
• Author: Sapna Katiyar
• Publisher: S.K. Kataria & Sons
• Edition: Reprint 2013
• Language: English
• Number of Pages: 450
• Binding: Paperback
• Release Date: 01 January 2013
• ISBN: 9789350143438
About the Book:
A Textbook of Optical Fiber Communication Systems is a comprehensive guide to optical communication technology, specially designed for electronics and communication engineering students. Written by Sapna Katiyar, the book explains the principles, components, and applications of optical fiber communication systems in a clear and systematic manner.
The book covers important topics including optical fiber waveguides, optical fiber materials, fabrication techniques, signal degradation in optical fibers, optical sources such as LEDs and lasers, optical detectors, analysis and performance of optical receivers, and optical networks. It also includes appendices, glossary, objective type questions with answers, and model test papers for academic preparation and self-assessment.
With well-organized chapters and easy-to-understand explanations, this book serves as an excellent academic and reference resource for university studies, laboratory work, technical learning, and competitive examinations related to optical fiber communication and communication engineering.
