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光纤通信中的单模与多模传输
摘要
这些年来，随着通讯技术的进步，电信管理体制的改革以及电信市场的逐步全面开放，光纤通信的发展呈现了蓬勃发展的新局面。
随着Internet的不断发展，人们希望在网上传送更多的多媒体信息。视频信号的传输是多媒体信息传输的核心。视频信号在计算机终端播放已不成问题，关键问题在于信号的压缩及传输技术。本文给出了一个采用光纤为传输媒介宽带视频信号传输系统的原理框图，并结合该原理框图，解释和分析了宽带视频传输系统采用的关键技术、利用的设备等。
本文介绍了光纤通讯技术、对单模与多模传输进行了研究，发展来展示光纤通信技术的发展。
关键词：光纤通讯；单模与多模传输；通讯传输
Abstract
Over the years, with advances in communications technology, telecommunications management system reform and full liberalization of telecommunications market gradually, the development of optical fiber communication presents the booming situation.
With the continuous development of Internet, people want the Internet to send more and more multimedia information. Video signal transmission is the core of multimedia messaging. Play the video signal in the computer terminal is not a problem, the key problem is that the signal compression and transmission technology. In this paper, using optical fiber as the transmission medium of a broadband video signal transmission system block diagram, and in conjunction with the schematic diagram, explanation and analysis of the broadband video transmission system is the key technology, the use of the equipment.
This article describes the optical fiber communication technology, the single-mode and multi-mode transmission has been studied to show the development of optical communication technology.
Key words: optical fiber communication; single mode and multimode transmission; communications transmission;
目录
第一章 绪论 2
1.1课题研究的背景与意义 2
1.2课题国内外研究现状 2
1.2.1 传输体制全面转向 3
1.2.2 向高速系统发展 3
1.2.3 向超大容量波分复用系统演进 3
1.2.4 实现全光联网 4
第二章 光纤通讯技术 4
2.1光纤通讯概述 4
2.2光纤通讯基本原理及特性 5
2.2.1 使用光纤通讯的优点 5
2.2.2 应用的层次 6
2.2.3 基本光纤通讯架构 6
2.2.4 数据传输趋势 6
第三章 光纤通讯中的单模与多模传输 7
3.1单模光纤与多模光纤 8
3.2单模传输与多模传输 9
3.3单模电缆与多模电缆 11
3.4小结 13
第四章 总结与展望 13
4.1 总结 13
4.2 展望 13
参考文献 14
致谢 15
