汽车电子

  • 网络Automotive electronics;Auto Electronics;vehicle electronics
汽车电子汽车电子
  1. CA汽车电子公司研发管理现状与对策研究

    Research on Present Situation of R & D Management and Countermeasures in CA Automotive Electronics Company

  2. 下一代汽车电子的刚&挠性PCB

    Rigid Flexible PCBs for the Next Generation of Automotive Electronics

  3. Air(初三适用)汽车电子式安全气囊

    Automobile Electronic Safety Air Bag

  4. LED控制汽车电子显示器背光照明

    LEDs Take Control of Display Backlighting in Vehicles

  5. 汽车电子系统降压型DC/DC转换器的设计技巧

    Design Tips for Buck Converter in Automobile Electronic System

  6. Matlab辅助汽车电子稳定程序研究与开发

    Matlab Aided Research and Development of Vehicle Electronic Stability Program

  7. 汽车电子ABS控制参数混合逻辑动态自标定研究

    Research on Mixed Logical Dynamical Auto-calibrate Algorithm of ABS Control Parameter of Vehicle Electronic

  8. 特别针对当今广泛应用于汽车电子点火装置上的IGBT(绝缘栅双极型三极管)点火方式进行了讨论。

    This paper also discusses the IGBT widely used in auto ignition system .

  9. 基于Top-Down的汽车电子产品协同设计

    Cooperative Design of Automotive Electronics Product Based on Top-Down

  10. 针对这一问题,本文描述的汽车电子控制门锁的遥控仪器采用ARM(先进的精简指令微处理器)芯片。

    Aim at the problem , ARM ( Advanced RISC Machines ) CMOS chip was adopted for remote control of automobile electron door locks .

  11. 汽车电子控制单元ECU的设计

    The Design of Automotive Electronic Control Unit

  12. 利用该方法,可以使用一个后备控制ECU(ElectronicControlingUnit)来完成整个汽车电子控制系统的后备控制。

    With the mode , only an ECU is needed to achieve the whole systemic standby control .

  13. 电子类:电子元器件、汽车电子、电子生产设备、光电显示产品、仪器仪表、IC与IT产品;

    Electronics Category : Electronic elements , automobile electronics , electronic production equipment , photoelectric display products , instruments and meters , IC and IT products ;

  14. 丰田(Toyota)在努力消除有关其汽车电子系统及其它零部件存在安全隐患的指责方面,获得了有力武器。

    Toyota has gained ammunition in its effort to dispel accusations that its vehicles ' electronic systems and other components are unsafe .

  15. 目前,汽车电子技术向集中综合控制、智能化、信息化方向发展。本论文结合各个领域的先进技术,设计一套基于OSGi框架的汽车智能驾驶原型系统。

    At present , the automotive electronics technology is developing to an integrated control , intelligence , and information-based way .

  16. 本文介绍了一种基于PID调节方式的汽车电子转速表机芯充磁量控制,文中给出了对象的数学模型和采用的PID调节器电路,评价了系统在PID调节方式下的动态性能指标和系统稳定性。

    This paper introduces a PID adjusting manner that control magnetizing for automotive electronic speedometer . A mathematical model of the target and the electrical circuit of PID . are presented .

  17. 汽车电子控制单元对实时性的要求非常高,ECU软件采用传统的前后台系统进行多任务的处理难以满足其对高实时性的要求。

    It is hardly to meet the requirement of high real-time by using the traditional Foreground / Background System to process multi-task .

  18. 嵌入式的研究更是涉及到计算机相关的各个领域,如:网络系统、无线网络、3G应用、汽车电子等。

    The research contents of embedded system deal with various aspect of computer subject , such as the net system , wireless net , 3G application and consumer electronic .

  19. 还要注意汽车电子系统也要为RSW提供电力。

    Note also that the car electrical system also provides electrical power to the RSW .

  20. DC-DC开关电源以其转换效率高的特点在便携式电子产品、计算机、通讯和汽车电子等领域得到了广泛的应用。

    DC-DC switching power supply with high conversion efficiency was widely used in the fields of portable electronics , computer , communications and automotive electronics and so on .

  21. 针对传统的汽车电子后备控制方式存在明显的局限性,探讨了一种基于ProfiBusDP现场总线的电子后备控制方式。

    Aiming at the limitation of traditional electronic standby control mode for car , a new type electronic standby control mode for car based on Profibus-DP is probed .

  22. 汽车电子点火系统的VHDL-AMS模型

    VHDL-AMS Models for Automotive Electronic Ignition System

  23. 分析汽车电子控制系统中常用的几种控制理论,分析汽车无级变速传动装置(CVT)控制系统的要求和特点。

    This paper analyzes several control theories in automobile electronic control system and the demands and characteristics of the control system for car Continuously Variable Transmission ( CVT ) .

  24. 本文首先介绍了应用于汽车电子方面的RTOS行业标准&OSEK/VDX,然后提出对待开发RTOS内核的设计方案。

    In the first section of this paper , we introduce OSEK / VDX , the criterion of RTOS oriented to vehicle electronics and propose a designing scheme of RTOS kernel .

  25. 随着信息化、网络化、智能化的发展,嵌入式技术得到了极大的发展,嵌入式系统已经广泛地应用到人们生活的各个领域,如网络系统、智能家电、3G应用、汽车电子等。

    Along with the development of information , network and intelligence , the embedded technology is improved a lot . Embedded systems are widely applied in various fields , such as network system , intelligent appliance , 3G application and automobile electronics .

  26. 嘉陵集团推出的JH125-31B型电喷摩托车,采用了美国江森汽车电子公司具有世界领先水平的摩托车EMS,各项性能指标显著提高,其市场前景看好。

    JH125-31B EMS motorcycle Jialing Group launched adopts the EMS developed by American Johnson Auto Electronic Company with the performances greatly improved and brisk market .

  27. 随着数字电子技术的飞速发展,单片机(MCU)的应用已经渗透到我们生活的各个领域,从工业控制、航空航天、移动通讯到便携消费电子、办公自动化和汽车电子等几乎是无所不在。

    With the rapid development of digital electronic technology , microcontroller ( MCU ) applications have penetrated into all areas of our lives , from industrial control , aerospace , mobile communications to the almost ubiquitous portable consumer electronics , office automation and automotive electronics .

  28. MEMS陀螺仪具有体积小、质量轻、功耗低、抗过载能力强、价格低廉等优点,已广泛应用于汽车电子、消费电子和国防科技等领域。

    Due to the advantages of small volume , light weight , low power consumption , strong ability of resisting overload and low price , MEMS gyroscopes have been widely used in many fields such as the automobile electronics , consumer electronics , defense science and technologies .

  29. 本文简要介绍了汽车电子控制和模糊逻辑控制的特点,综述了模糊逻辑在汽车发动机控制、自动变速器控制、ABS、悬架控制、故障诊断、巡航控制等方面的应用。

    In the paper , the features of automotive electronic control and fuzzy logic control are introduced . And a review is given on how the fuzzy logic is applied to automotive controls on engine idling , automatic transmission , ABS , suspension , fault diagnosis and auto cruise .

  30. 汽车电子协会(SAE)将车内通讯网络分成四类,其中A类低速网络主要应用在灯光控制、车门车窗控制等车身控制方面。

    The Society of Automotive Engineers ( SAE ) classified in-vehicle networks into four classes , in which the Class A for low-speed networks mainly apply for body control system such as light control , doors and windows control .