光信息传输技术研究进展 毕业论文

《光信息传输技术研究进展 毕业论文》由会员上传分享，免费在线阅读，更多相关内容在学术论文-天天文库。

1、本科毕业论文题目：光信息传输技术研究进展院（部）：理学院专业：应用物理学班级：光电061班姓名：学号：20061212**指导教师：完成日期：2010年5月20日目录1前言1.1光信息传输技术的背景······················································11.2光信息传输简介····························································31.3光信息传输技术研究进展的意义···········

2、···································32光信息传输原理2.1光纤通信原理·····························································42.1.1光纤通信······························································42.1.2光纤通信的主要特性····················································

3、·42.1.3光纤通信系统的组成和分类···············································52.1.4光纤和光缆····························································62.1.5光纤的传输特性························································72.2光无源器件通信原理··································

4、····················92.2.1波分复用的原理························································92.2.2光开关的特性·························································112.2.3光纤光栅原理-29-·························································112.2.4光纤耦合器的原理与分类···

5、···········································133光信息传输技术3.1光纤通信技术····························································173.1.1光纤光缆技术·························································173.1.2光有源器件·················································

6、···········173.1.3光无源器件····························································183.1.4光复用技术····························································183.1.5光放大技术····························································193.2.无源导波器件通信技术··········

7、··········································203.2.1光纤连接器的性能······················································203.2.2光分路器的分光原理···················································213.2.3光波分复用的技术·····················································223.2.4

8、光隔离器的工作原理·····················································233.2.5光开关·································································244光信息传输技术发展及现状-29-4.1光纤通信技术的发展及现状················································274.2光纤通信技