Regular Higher Education 12th Five-Year Plan materials: fiber-optic communication(Chinese Edition) by QIAN AI LING . QIAN XIAN ZHONG . QIAN XIAN YI

paperback. New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: 2013 Pages: 350 Language: Chinese in Publisher: ordinary higher education 12th Five-Year Plan of China Water Power Press materials: fiber-optic communication system introduces the history and current situation of the optical fiber communication. optical fiber communication the concept. the theory of optical fiber transmission. optical transmitters. optical receivers. optical amplifiers. optical fiber communication network. light regulation and multiplexing. optical fiber communication system design and construction. fiber measurement. Regular higher education 12th Five-Year Plan textbooks: Optical Fiber Communication written sought to reflect the the applied undergraduate students. excellent engineers training requirements and the Teaching of science and engineering characteristics. easy-to-digest. step by step. the basic concepts and knowledge is accurate and clear highlight the application of the optical fiber communication technology. helping to train excellent the engineers professional teaching use. Of each chapter are arranged relevant reading materials and exercises self-convenience of the reader. Regular higher education 12th Five-Year Plan textbooks: fiber-optic communication to adapt to different readers. colleges and universities science and engineering professionals can also be used for teaching materials. Contents: Preface Chapter 1. the concept of the optical fiber communication 1.1 concept of optical fiber communication history of the development of the 1.2 optical fiber communication 1.3 modern fiber-optic communication technology 1.4 digital optical fiber communication systems exercises in Chapter 2. the theory of optical fiber transmission than analog fiber optic communication system 2.1 Fibre typical structure and classification 2.2 optical fiber transmission characteristics and main parameters 2.3 mode step-index fibers manufacturing theory 2.4 graded index fiber wave theory 2.5 single-mode optical fiber 2.6 Fibre 2.7 fiber optic cabling 2.8 Summary Exercises optical transmitter 3.1 laser principle 3.2 Basic knowledge of semiconductor laser 3.3 semiconductor light-emitting diode light source modulation principle 3.4 3.5 optical transmitter and external modulator 3.6 Summary Exercises the Zhangguang receiver the 4.1 optical receiver Profile 4.2 photodetector 4.3 amplifier circuit and its noise of 4.4 optical receiver sensitivity 6.4 dispersion calculation of 4.5 the composition of the optical receiver module 4.6 Summary Exercises Chapter 5 optical amplifier 5.1 light-emitting diode lasers principle 5.2 5.3 optical amplifier 5.4 Summary Exercises Chapter 6 6.1 optical fiber communication optical fiber communication network system 6.2 All Optical Network 6.3 Fibre access network of compensation 6.5 optical soliton communication technology exercises Chapter 7 light regulation and multiplexing 7.1 light modulator 7.2 optical demultiplexer exercises Chapter 8 optical fiber communication system design and construction 8.1 digital single channel digital optical fiber communication system performance and test 8.2 the structure and design of the communication system more than 8.3-channel digital fiber-optic communication system design exercises Chapter 9 fiber optic measuring 9.1 attenuation measurement 9.2 9.3 0TDR dispersion measurement applications 9.4 Diagram Analysis 9.5 spectrum analyzer application exercises References Satisfaction guaranteed,or money back.