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基于机载处理机的智能供电系统 被引量:2

Smart Power System Based on Aircraft Processor
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摘要 设计一套机载处理机冗余供电系统的智能化、数字化实现方案,提出一种电源智能化、数字化管理的思路,论述了供电系统的供电构架、控制构架和模块的设计。实践证明该电源系统能满足机载电源的技术指标要求,并具有良好的人机交互能力及用户所需的健康和故障记录功能,在可靠性和模块标准化设计等方面具有良好的发展优势。 This paper schemes out an intelligent and digital realizable plan for the redundant power supply system of aircraft processor. It proposes an antilogy for the intelligent and digital management of the power system. It then presents the design of the power supply framework, the control framework and power module. Experimental results show that this power supply system not only suffices the technology target, but also possesses such advantages as favorable function of human-machine interaction, health management and fault recording which are desired by system user. Moreover, this system has such advantages on reliability and design standardization of module.
作者 张华
出处 《计算机工程》 CAS CSCD 北大核心 2008年第B09期169-171,174,共4页 Computer Engineering
关键词 智能电源 数字电源 机载电源 smart power digital power aircraft power
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参考文献4

  • 1ERA Technology Ltd. Modular and Open Avionics Architectures PartⅠ-Architecture[Z]. [2008-06-02]. http://www.era.co.uk/ assc/asaac.asp.
  • 2Modular and Open Avionics Architectures Part Ⅵ- Guidelines for System Issues[Z]. [2008-06-02]. http://www.era.co.uk/assc/asaac. asp.
  • 3SMIF Inc.. PMBus^TM Power System Management Protocol Specification, Version 1.0[Z]. [2008-06-15]. http://pmbus.org/ specs.html.
  • 4Boterenbrood H. CANopen: High-level Protocol for CAN-bus[Z]. [2008-05-17]. http://www.nikhef.com.

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