目录
摘要·····································································Ⅲ
ABSTRACT································································Ⅳ
前言
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光信息传输原理
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光纤通信······························································4
光纤通信的主要特性·····················································4
光纤通信系统的组成和分类···············································5
光纤和光缆····························································6
光纤的传输特性························································7
光无源器件通信原理······················································9
波分复用的原理························································9
光开关的特性·························································11
光纤光栅原理·························································11
光纤耦合器的原理与分类··············································13
3 光信息传输技术
光纤通信技术····························································17
光纤光缆技术·························································17
光有源器件····························································17
光无源器件····························································18
光复用技术····························································18
光放大技术····························································19
. 无源导波器件通信技术····················································20
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