Principles and Experiments of Fiber Optic Communication Systems

Author: Zhang Baofu, Tan Xiao, Jiang Huijuan
Publisher:
Publish Date: 2004-01-01
Features: The book is divided into 10 chapters. Chapter 1 briefly introduces point-to-point digital, analog optical fiber communication systems and wavelength division multiplexing (WDM) optical fiber communication systems. Chapters 2 to 4 provide a detailed introduction to optical fibers and cables, light sources and transmitters, optical detectors and receivers, as well as their performance indicators in practical applications. Chapters 5 to 8 elaborate on the experimental projects and corresponding methods for optical transmitter experiments, optical fiber line experiments, optical receiver experiments, and optical fiber communication system experiments, accompanied by product introductions for reference, enabling the correct selection of devices and a certain understanding of optical communication products. Chapter 9 introduces a design scheme and specific implementation of an actual optical fiber communication experimental platform, providing numerous rare practical application circuits. Chapter 10 presents the usage methods of several common optical fiber communication instruments. From an application perspective, the book first introduces several typical optical fiber communication systems, such as point-to-point digital, analog, and WDM optical fiber communication systems. It then focuses on an actual optical fiber communication system, introducing the system's component parts (such as optical fibers and cables, optical transceivers, optical connectors, and other passive optical devices), as well as experimental projects and methods for optical transmitters, optical fiber lines, optical receivers, and optical fiber communication systems. Finally, it briefly introduces an actual optical fiber communication experimental platform and common optical fiber communication instruments. The book is equipped with numerous images of actual optical fibers, cables, optical devices, optical communication products, and instruments from famous domestic and international optical communication companies. It provides common types of optical devices and fiber types, actual optical transmitter and receiver circuits, and various interface circuits, facilitating readers in developing optical communication products. The optical fiber communication experimental platform provided in the book offers a brand-new experimental teaching model for optical fiber communication experimental courses. This book is suitable for use as a teaching text for fiber communication principles and experiments in majors such as Electronic and Communication Engineering, Optoelectronics Technology, Electronic Information Engineering, Automation and Control, and Computer Applications. It can also serve as a quick-start reference book for engineering technicians engaged in the development of optical communication products.