机载电子设备

  • 网络airborne electronic equipment
机载电子设备机载电子设备
  1. 机载电子设备BIT优化设计技术研究

    Study on BIT optimization design of airborne electronic equipment

  2. 详细介绍了BIT和ATE组合测试技术及其在机载电子设备测试与故障诊断的具体应用。

    BIT and ATE combined test technology and its application in the fault diagnosis of airborne electronic equipment is introduced in detail in this paper .

  3. 基于PLC的机载电子设备ATE电源控制系统

    Power Control System of Avionics ' ATE Based On PLC

  4. 应用ANFIS网络建立了整套机载电子设备费用估算模型,并对整套机载电子设备费用进行了估算。

    An avionic equipment cost estimation model is set up based on ANFIS network .

  5. 它是一种能够完全独立于地面空中管制(ATC)的最新机载电子设备。

    It is the newest machine-loaded electronic equipment which could run independently without the assistance of ground-based Air-Traffic Control ( ATC ) .

  6. 基于关联分析的机载电子设备SRU级故障诊断方法

    Fault Diagnosis Method Based on Correlation Analysis of SRU Onboard Equipment

  7. 介绍一种用于机载电子设备上的新型高分子材料Parylene的汽相成膜过程和优良的防护性能。

    A vapor phase filming process for PARYLENE a new high polymer material in Airborne Electronic Equipment and its excellent protection performance are introduced .

  8. 最后以空客A-380和波音B-787飞机的机载电子设备为例,说明民用飞机机载电子设备的发展趋势。

    Finally it takes A-380 and B-787 aircraft for example to explain the development trends of the civil avionics .

  9. 遗传规划在机载电子设备费用估算中的应用

    The Application of Genetic Programming to the Avionics Equipment Cost Estimation

  10. 某机载电子设备系统中央接收机结构设计

    Construction Design of Centrical Receiver in an Airborne Electronic Equipment System

  11. 机载电子设备可靠性冗余数的确定

    On Determination of Redundancy Numbers of Reliability for Airborne Electronics Equipment

  12. 机载电子设备结构轻型化设计与应用

    The Light - duty Structural Design and Application of Airborne Electronic Equipment

  13. 机载电子设备铝合金箱体氮气保护钎焊工艺

    Furnace Brazing Technique of Aluminium-alloy Case for Airborne Electronics in Nitrogen Atmosphere

  14. 机载电子设备智能化综合测试仪

    Intelligent of Integrative tester Inspecting the Electronic Equipments installed on a Plane

  15. 大气数据计算机是飞机重要的机载电子设备。

    Atmospheric data computer is the important airborne electronic equipment of airplane .

  16. 航空机载电子设备小型化的最新发展动向

    The Latest Development of Miniaturization of Aviation Airborne Electronic Equipments

  17. 机载电子设备间电磁干扰预测分析及抑制研究

    EMI Forecast Analysis and Restrain Technique Research in the Airborne Electronic Equipment

  18. 机载电子设备通用自动测试系统研究与实现

    Investigation and Realization of General Purpose Automatic Test System for Airborne Equipment

  19. 某无人机载电子设备安装支架优化设计

    Optimization Design of a Rack for a UAV Electronic Device

  20. 一种机载电子设备前紧定装置的研制

    A Design of Front Lock used in Air-borne Electronic Instrument

  21. 机载电子设备耐振试验时间的确定与合格判据

    Determination of vibration endurance test time and qualification criterion for airborne electronic equipment

  22. 机载电子设备自动化检测系统仪器无关性测试软件的设计

    Design of test software independent of equipment in auto-test system of airborne electronics

  23. 机载电子设备机箱的热场分析与仿真技术研究

    Analysis of Thermal Field and Research on Simulation Techniques of the Airborne Chassises

  24. 机载电子设备集成智能故障诊断系统

    Integrated Intelligent Fault Diagnosis System for Aircraft Electronic Devices

  25. 机载电子设备软闭锁管理设想

    " Soft Closedown " Management Assumption for Airborne Electronics

  26. 改装机载电子设备中的电磁兼容设计与分析

    Designs and Analysis for Electro Magnetic Compatibility on Improvement of Airborne Electrical Equipment

  27. 机载电子设备可靠性增长与管理

    Reliability Growth and Management of Airborne Electronic Equipment

  28. 机载电子设备振动分析

    The Vibration Analysis of the Airborne Electronic Equipment

  29. 基于故障树分析的机载电子设备故障检测与定位系统

    The System of Electronic Equipment Fault Testing And Diagnosis Based on Fault Trees Analysis

  30. 近地告警计算机是确保飞机飞行安全的重要机载电子设备;

    The Ground Proximity Warning Computer is an important component for ensuring flying safety .