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微光缆技术的最新发展

The Latest Developments of Micro Cables
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摘要 本文根据第53届(2004)国际线缆会议(IWCS)发表的论文综合报道各国在微光缆方面的最新发展。这种发展方向有从分散向比较集中的趋势。按照光纤的芯数,分别采用光纤单元或者松管结构(层绞松管或中心松管),也可以将这两者结合起来。这些发展对于今后微光缆与安装微光缆所用微管道的标准化是重要的参考。 The paper presents the latest developments of micro-cables in various countries. These information are compiled from the 53^nd IWCS/FOCUS of 2004. The development trends seem to be somewhat converged. According to the number of fibers in the cable, fiber units or loose tubes （ stranded or central） cables are mostly used. A combination of these two techniques is also reported. Such developments will be an important reference for the future standardization of micro-cables and micro-ducts.
作者 徐乃英
机构地区 中国通信学会
出处 《现代有线传输》 2005年第4期1-10,共10页
关键词 FTTX 微光缆 微管道 光纤单元 层绞松管 气送技术 光缆技术 管结构 标准化 芯数 FTTx Micro-cable Micro-duct Fiber Unit Stranded Loose Tube Air-Blown Technique
分类号 TN818 [电子电信—信息与通信工程] TM73 [电气工程—电力系统及自动化]
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参考文献10

  • 1徐乃英.国际光缆电缆技术的发展[J].现代有线传输,2004(4):39-47. 被引量：1
  • 2A. Ginocchio, et al., "A New Optical Cable Family for Installation in Micro-ducts Ranging from 3 to 8mm ID" ,Proc. of 53rd IWCS, 2004, pp.242 ～ 245
  • 3H. Paul Debban, et al., "Development of Lightweight Ribbon Cables for Blown Installation" , Proc. of 51st IWCS, 2002, pp.251-259
  • 4A. Weiss, et al., " Optimized 72f Cable for Blown Installation in 10/8mm Microducts" , Proc. of 52rd IWCS,2003, pp.38-42
  • 5O.L. Storaasli, M. T. Rossi, "Loose Tube Fiber Optic Cables for Micro Duct Application" , Proc. of the 2003National Fiber Optics Engineers Conference
  • 6W. Stocklein, et al., "Development of Micro Cable with Multiple Tube Structure for Blown Cable Applications",Proc. of 53rd IWCS, 2004, pp.237 ～ 241
  • 7A. Weiss, et al., "Enhanced Microduct Cable Designs" ,Proc. of 53rd IWCS, 2004, pp.233 - 236
  • 8S. Cassidy & M. Reeve, "A Radically New Approach to the Installation of Optical Fibre Using the Viscous Flow of Air" , Proc. of42nd IWCS, November 1983
  • 9D. J. Stockton et al., " Developments in Blown Fiber Technology" , Proc. of 53rd IWCS, 2004, pp.226 - 232
  • 10T. Jendel et al., "Micro Cables With New Acrylate Based Compact Fiber Units (CFU)" , Proc. of 53rd IWCS, 2004,pp.218 ～ 225

二级参考文献23

  • 1[1]J.K.Jeyapalan, "Last Mile Fiber Through Strategic Partnership with Utilities and Municipalities," 52nd IWCS(2003),p.367-374.
  • 2[2]A. Weiss et al., "Design and Performance Testing of a New Central Tube Cable for 7/5.5mm Microducts" ,52nd IWCS (2003),p.34-37.
  • 3[3]G.E. Falk, "A New Design Family of Optical Fiber Cables Designed to Cover a Wide Range of Emerging Applications"52nd IWCS (2003) , pp.43～47.
  • 4[4]A. Weiss, et al., "ptimized 72 Fiber Cable for Blown Installation in 10/8mmMicroducts" 52nd IWCS, (2003),pp.38～42.
  • 5[5]S.M.Chastain,et al., "esign. Development,and Performance of an Innovative Air-blown Ribbon System for Premise,Campus,and Metro Networks" 52nd IWCS,2003,pp. 17～21.
  • 6[6]P.A.Weimann,et al., "evelopment of Optimized Materials for Thermoplastic Blown Fiber Units," 52nd IWCS,(2003),pp.537～546.
  • 7[7]S. Tanaka,et al., "Bend Resistant Non-Metallic Drop Cable for FTTH" . 52nd IWCS, (2003),pp.438～443.
  • 8[8]H. Ishikawa, "ew Optical Access Network Solution with UltraHigh Bending Resistant Single Mode Fiber," 52nd IWCS,( 2003 ),pp.68～ 74.
  • 9[9]S.Shiobara,et al., "ry Tube Type Multi Core Drop Cable for FTTH" 52nd IWCS,(2003),pp.444～449.
  • 10[10]J.M.Cogenetal., "NewApproachestoHalogenFreePolyolefin Flame Retardant Wire and Cable Compounds" 52nd IWCS, ( 2003 ),pp. 102-107.
现代有线传输
2005年 第4期

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