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纯电动客车的CAN网络系统设计与开发

Design and Development of Network Control System for Pure Electric Bus Based on CAN
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摘要 纯电动(PEV)客车相比于传统客车对整车的网络控制要求更高,其复杂的车载电子电气设备产生的干扰不仅严重影响外界电子设备和系统的正常工作,而且在相互之间也产生电磁干扰,影响自身正常工作。本文对网络设计中的一些关键问题进行研究,以有助于提高网络控制的稳定性和抗干扰性等。 Network control requirements of pure electric buses are much higher than that of traditional vehicles,their serious interference caused by it's complex electrical and electronic equipments not only disturbs normal working of outside equipments and systems but also produces electromagnetic interference among themselves as well as disturbs themselves normal working.The authors analyze some key problems in the design of PEV network control system in order to improve the network control performance including network stability,anti-interference and the others.
出处 《客车技术与研究》 2014年第5期37-40,共4页 Bus & Coach Technology and Research
关键词 纯电动客车 CAN 网络系统 电磁干扰 设计 pure electric bus CAN network system electromagnetic interference design
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  • 1SAEJ1939/15-Reduced Physical Layer,250 K bits/sec,Un-Shielded Twisted Pair (UTP),Issue 2003.11.
  • 2SAEJ1939/11-Physical Layer,250 K bits/s,Twisted Shielded Pair,Issue 1994-12,Revised 1999.10.
  • 3ISO6722 Road Vehicles-60 V and 600 V Single-core Cables-Dimensions,Test Methods and Requirements.
  • 4SAE J 1128-Low-Tension Primary Cable.
  • 5广州周立功单片机发展有限公司.PCA82C250应用指南[DB/OL].[2014-03-03].http://wenku.baidu.com/link ?url=clOuTp6D0GxajgD0fX3 HScLnuwlYj5D4h0v9qDpTE_NeKtYulTbvlO8rdHUEaT8WgX-pExy4QR38S8kk7U3lRlCYv1I_JNBtO76I5QwotepW.
  • 6CAN Specification 2.0,Robert Bosch GmbH,1991.
  • 7SAEJ1939/21-CAN Data Link Layer,Issue 1994.7,Revised 2006.12.
  • 8SAEJ1939/31-CAN Network Layer,Issue 1994.12,Revised 2004.4.
  • 9SAEJ 1939/81-CAN Network Management,Issue 1997.7,Revised 2003.5.
  • 10蔡自兴.智能控制[M].北京:电子工业出版社,2004..

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