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  1. YD/T 825-1996 光缆拉伸-应变性能试验方法
  2. YD/T 824-1996 成缆光纤截止波长的试验方法
  3. YD/T 814-1996 光缆接头盒
  4. YD/T 723.1-1994 通信电缆光缆用金属塑料复合带 第一部分: 一般规定
  5. YD/T 716-1994 光纤强度筛选(验证)试验方法纵向张力复绕法
  6. YD/T 629.2-1993 光纤传输衰减变化的监测方法 后向散射监测法
  7. YD/T 1069-2000 扁平型光纤带室内光缆第1部分:单光纤带光缆
  8. YD/T 1063-2000 接入网技术要求——混合光纤同轴电缆网(HFC)
  9. YD/T 5113-2005 WDM光缆通信工程网管系统设计规范(附条文说明)
  10. YD/T 5093-2005 光缆线路自动监测系统工程验收规范(附条文说明)
  11. YD/T 5092-2005 长途光缆波分复用(WDM)传输系统工程设计规范(附条文说明)
  12. YD/T 5066-2005 光缆线路自动监测系统工程设计规范(附条文说明)
  13. YD/T 5044-2005 SDH长途光缆传输系统工程验收规范(附条文说明)
  14. SJ 1677-1980 光纤光缆名词术语
  15. SJ/T 11116-1997 光纤预制棒总规范
  16. SJ/T 10564-1994 光纤通信设备型号命名方法
  17. DL/T 767-2003 全介质自承式光缆(ADSS)用预绞式金具技术条件和试验方法
  18. YD 5102-2003 长途通信干线光缆传输系统线路工程设计规范(附条文说明)
  19. GB/T 18901.1-2002 光纤传感器 第1部分: 总规范
  20. GB/T 9771.3-2000 通信用单模光纤系列 第3部分:波长段扩展的非色散位移单模光纤特性
  21. GB/T 9771.1-2000 通信用单模光纤系列 第1部分:非色散位移单模光纤特性
  22. GB/T 13425-1992 24路海底同轴电缆载波电话设备测试方法
  23. GB/T 7424.4-2003 光缆 第4-1部分:分规范 光纤复合架空地线
光纤Optical光缆fiber | 家庭/个人应用 2022-08-28 137 0star收藏 版权: . 保留作者信息 . 禁止商业使用 . 禁止修改作品
简介:一、光纤理论与光纤结构.....................................................41.1.光及其特性...........................................................41.2.光纤结构及种类.......................................................41.3.光纤制作与衰减.......................................................51.4.光纤的优点...........................................................6二、光缆.................................................................72.1.光缆的制作...........................................................72.2.光缆的种类...........................................................7三.光缆的施工............................................................83.1.户外架空光缆施工.....................................................83.2.户外管道光缆施工.....................................................83.3.光缆的选用...........................................................93.4.直埋光缆埋深标准....................................................103.5.埋地光缆保护管材....................................................10四、光缆的连接和检测......................................................114.1.光缆的连接..........................................................114.1.1.永久性光纤连接(又叫热熔).........................................114.1.2.应急连接(又叫)冷熔...............................................114.1.3.流动连接.........................................................114.1.4.熔接光纤教程(图文指导)...........................................114.1.5.光纤研磨工具操作教程(图文指导)...................................174.2.光纤检测............................................................264.2.1.人工简易测量.....................................................264.2.2.精密仪器测量.....................................................26五、光纤的使用及系统设计..................................................275.1.光纤的使用..........................................................275.2.光纤网络系统设计....................................................275.3.设计实例............................................................

(Introduction: 1. Optical fiber theory and optical fiber structure................................................ .................41.1. Light and its properties ................................................ ............... 41.2. Optical Fiber Structure and Type ................................................ .........41.3. Fiber Fabrication and Attenuation ..................................................... .........51.4. Advantages of Optical Fiber ..................................................... .................6 2. Optical cable ................................. ................................72.1. Fabrication of fiber optic cables...................................................... ............... 72.2. Types of Optical Cables...................................................................... ............7 3. Construction of Optical Cables ................................ ................................. 83.1. Outdoor Aerial Optical Cable Construction...................................................................... ...... 83.2. Outdoor Duct Optical Cable Construction...................................................... ...... 83.3. Selection of fiber optic cables...................................................................... ............... 93.4. Buried depth standard of direct buried optical cable ................................................ ........103.5. Buried Optical Cable Protection Pipes ................................................ ......10 Fourth, the connection and detection of optical cable ................................ ................................114.1. Fiber Optic Cable Connections ..................................................................... ............ 114.1.1. Permanent fiber optic connection (also known as thermal fusion)................................................ .114.1.2. Emergency Connection (aka) Cold Melt ............................................... ......114.1.3. Mobile Connections ................................................ .........114.1.4. Fiber splicing tutorial (graphic guide)................................................. .114.1.5. Operation Tutorial of Optical Fiber Polishing Tool (Graphic and Textual Guidance) ................................174.2. Fiber Inspection ...................................................... .............264.2.1. Manual and simple measurement...................................................... ...... 264.2.2. Precision Instrument Measurements ................................................ ......26 5. The use of optical fibers and system design ................................................ ................275.1. Use of Optical Fiber ...................................................................... ............... 275.2. Optical fiber network system design...................................................................... ...... 275.3. Design Example ...................................................... ............)

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