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光母板技术在航电系统中的应用研究 被引量:3

Research on Optical Backplane Applied to Avionics System
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摘要 随着航空电子技术的不断发展,传统的航空电子系统的母板总线在传输带宽、传输距离、EMI等方面正面临着巨大挑战。光母板技术实现了光纤高密度高可靠性的互连,这为航电统一光纤网络应用于先进航电系统打下了坚实基础。本文介绍了光母板技术在国内外的发展以及在航电系统中的应用情况;最后,针对光母板技术在我国航电系统中的应用提出了某些建议。 With the development of avionics technology, the traditional avionics backplane bus are faced more and more with a great challenge in regard to transmission bandwidth, transmission distance, EMI, etc. Optical backplane technology laid a robust foundation for applying avionics optical-fibre unified network to advanced avionics system because it has implemented optical-fibre reliable high density interconnection. The current development status of optical backplane and its application to avionics system both in domestic and in foreign countries are proposed in this paper. Finally, focused on the application circumstances of optical backplane technology to avionics system in our country some suggestions are given.
出处 《航空电子技术》 2008年第4期44-47,53,共5页 Avionics Technology
关键词 光母板 高密度光纤互连 航电统一光纤网络 optical backplane high density optical interconnect avionics optical unified network
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参考文献3

  • 1Ritch A.Selfridge. Robust optical interconnect infrastructure for today and tomorrow[M]. Amphenol Aerospace Corporation, 1999.
  • 2Fiber optic products databook[M]. Tyco Electronics INC., 2006.
  • 3Fiber optical products databook[M]. Amphenol Corporation, 2007.

同被引文献15

  • 1Ritch A. Selfridge. Incorporation of MT ferrule and ribbon technol- ogy into optical backplane systems [R]. Amphenol Aerospace, 40 --60 Delaware Avenue, Sidney, NY 13838- 1395.
  • 2David R. Selviah. Polymer Multimode Waveguide Optical and Elec- tronic PCB Manufacturing [R]. Invited Paper Number 7219--04, Optical Interconnects II, Integrated Circuits XI, Vol. 7219, SPIE Photonics West, San Jose, USA, Wednesday 28th January 2009.
  • 3Sheng--Ho Huang, Chun--Hsing Lee, Jen--Hao Yeh, et al. Flexible Optoelectrical Interconnect Module for Consumer Electronic Application [A]. International Microsystems, Packaging, Assem- bly and Circuit Technology conference [C], 2008.
  • 4Hyo--Hoon Park, Tea--Woo Lee, Sung Hwan Hwang, et al. Pas- sive Packaging Solutions Using the Fiber--Optic Technology for Optical-- PCB- Based Interconnection Systems [A]. ECWCll [C], 2008.
  • 5Stevens R C, Sauter G F, Selfridge R A. Optical Communication for Advanced Avionics Systems [A]. 1997 AIAA/IEEE Digital Avion- ics Systems Conference [C], IEEE Copyrights Manager, 1997.
  • 6Tom Weimer. White Paper Fibre Channel Fundamentals. [EB/OL] http: //www. fibrechannel, corn/.
  • 7From US Conec Ltd. "Conec Multifiber Ferrule" [Z] specification sheet, 3/6/96.
  • 8Riteh A. Selfridge. Robust Optical Interconnection frastructure for Today and Tomorrow[R]. Amphenol Aerospace 40 -- 60 Dela- ware Avenue Sidney, NY 13838 - 1395 607 563 - 5278.
  • 9韩双利,赵尚宏,底翔.新型战机综合航电系统及其高速光互连技术[J].激光与光电子学进展,2008,45(3):50-55. 被引量:10
  • 10冯萍,郭海山.面向航电综合系统的先锋光纤传输网实时通信的研究[J].计算机测量与控制,2008,16(11):1591-1593. 被引量:1

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