光缆接头

  • Fiber optic cable connector;【铁道】optical fiber cable joint closure
光缆接头光缆接头
  1. 光缆接头盒机械性能试验若干问题的探讨

    Some Topics in Mechanical Performance Testing of Closures for Fiber Optic Cables

  2. 光缆接头盒浸水监测传感器的设计及应用

    Design and Application of Water-Intrusion Detecting Sensor for Fiber Optic Cable Closure

  3. 光缆接头;感应芯片;故障信息;搜寻筛选;

    Fiber optics attachment ; induction chip ; breakdown information ; search screening ;

  4. 直埋光缆接头盒浸水防治的措施

    Prevention and Control Measures of the Soaking of Straight Burying Cable Joint Box

  5. 光缆接头盒的设计及施工中应注意的问题

    Fiber Optic Cable Closure : Design and Problems to be Attentive during Construction

  6. 关于光缆接头盒中光纤涂层脱落问题的分析

    Coating peeling analysis of optical fiber in joint closure

  7. 实验表明凡士林防水性能良好,适合作预防光缆接头盒浸水材料。

    The experiments show that vaseline has good water proof function and is suitable to be the material of preventing cable joint box soaking .

  8. GB/T16529-1996光纤光缆接头第1部分:总规范构件和配件有线电视运营商也须把光缆从头端(主设备)接到光缆分配节点。

    Splices for optical fibres and cables Part 1 : Generic specification Hardware and accessories Cable operators also install fiber optic cables from the head end to a fiber distribution node .

  9. 为此,探讨了光缆接头盒机械性能试验的若干技术问题,如试样制备、试验条件和程序、设备和试样状态控制,以及与试验判据有关的几个问题。

    Consequently some technical topics , such as sample preparation , testing conditions and procedures , apparatuses and sample state control , and some problems associated with testing criteria , are discussed .

  10. 本文最后设计了光缆的接头和光缆的结构。

    At last , the connector and the structure of the optical fiber cable are designed .

  11. 为此,针对困扰当前光缆维修的三个难题(主干光缆高损耗、接头盒进水、光纤对号)进行了探讨。

    Consequently , the three difficult problems , i.e.high loss in trunk cables , water ingression into closures , and number match of the fibers , are discussed .