层绞式光纤带光缆的结构及套管设计的探讨
被引量：2
摘要
本文介绍了制造层绞式光纤带光缆的结构设计原理,通过对改性PP和PBT两种不同性能的光纤带套管材料的选择、不同尺寸套管的设计和性能比较,以及相关的试验,验证了当采用不同材料的光纤带套管时,光纤带光缆的性能变化。
出处
《现代传输》
2010年第5期50-55,共6页
Modern Transmission
参考文献7
-
1接入网甩光纤带光缆YD/T9813-2009.王则民等.
-
2光纤用二次被覆材料YD/T1118.1-2001和YD/T1118.2-2001.胡战洪,魏忠诚.
-
3光纤与光缆.邹林森编著.
-
4Investigation of the Lateral strength of buffer tube; ZGao, W.Pfandt, Wstocklein IWCS 45th.
-
5Advanced Impact polypropylene buffering material for superior long team hydrolytic and thermo-oxidative stability; B.G.Risch, J,Auton, O.Tatat IWCS 47th.
-
6Reliability testing of fiber optic loose tube; Eickholt,J IWCS 42nd.
-
7Buffer tube---the next generation; M.Adams, J.holder, O.Tatat IWCS 44th.
同被引文献25
-
1华陈权,王昌明.毛细管测压技术的温度补偿[J].仪器仪表学报,2006,27(z2):1181-1182. 被引量：4
-
2荆振国,于清旭.用于高温油井测量的光纤温度和压力传感器系统[J].传感技术学报,2006,19(6):2450-2452. 被引量：19
-
3YD/T979-2009光纤带技术要求和检验方法[S].
-
4Y.Yamada, K.Hogari , K.Toge.UItra-High-Density Optical Fiber Cable with Rollable Optical Fiber Ribbons[J].The Institute of Electronics, Information and Communication Engineers, 2008.
-
5K.Hogari, Y.Yamada, K.Toge.Design and performance of ultra- high-density optical fiber cable with rollable optical ~-ber ribbons[J].Optical Fiber Technology,2010,(16):257-273.
-
6Y.Yamada, D.Kakuta, S.Hamaguchi, et aI.Development of Novel Optical Fiber Ribbon Assembled into Extremely High-Density Optical Fiber Cable[C]. International Wire & Cable Symposium, Proceedings of the 61th IWCS, 2012: 25-30.
-
7Y,Hoshino, M.Tsukamoto, T,Ishimura, et aI.Development of Reliable Optical Fiber Ribbon and Ultra High Density Cable[C], International Wire & Cable symposium, Proceedings of the 61th IWCS, 2012:31-36,.
-
8MYamanaka, K.Osato, K.Tomikawa, et aI.UItra-high density optical fiber cable with "Spider Web Ribbon" [C]. International Wire & Cable symposium, Proceedings of the 61th WCS, 2012: 37-41.
-
9F.Satou, M,Takami, K.Yamamoto, et aI.Design of Ultra-high- density Optical Fiber Cable with Rollable 4-fiber Ribbons for Aerial Deployment[C], International Wire & Cable ymposium, Proceedings of the 61th IWCS, 2012: 433-436.
-
10YD/T981-2009接入网用光纤带光缆[S].
引证文献2
-
1王正刚,宋静静,王强,朱勇,张养柱.一种新型光纤带及其在接入网中的应用[J].现代传输,2013(6):74-79.
-
2邹琦,辛野,刘志龙,丁鹏飞,柳沣洵,乔德康,袁伟杰.井下多元参数长效监测光缆管结构的设计与研制[J].测井技术,2024,48(1):53-58.
-
1李志民.TAB结构设计原理[J].电子与封装,2004,4(5):31-35.
-
2张家田,崔新,许凯.基于套管设计的过套管测井系统井下仪器研究[J].现代电子技术,2016,39(7):127-129. 被引量：6
-
3余洪斌,陈海清,竺子民,张大成,李婷.星载自适应光学系统新型可变形反射镜的研究[J].压电与声光,2005,27(4):352-355. 被引量：1
-
4吴静（译）.用于小型干式套管光缆的缓冲和SZ绞合工艺[J].天津光电线缆技术,2008(1):16-19.
-
5王林军,夏义本,张明龙,廖志辉,居建华.微条气体室探测器[J].量子电子学报,2002,19(5):396-403. 被引量：5
