板卡

  • 网络card;BOARD;board card
板卡板卡
  1. 介绍了PCI实验板卡的设计以及板卡调试程序的开发。

    The PCI add-in card and the testing program are introduced .

  2. 基于WinDriver的PCICAN板卡Windows驱动程序开发

    Development of Windows Driver for PCI CAN Card Based on WinDriver

  3. 工业PC板卡在变电站数据采集装置中的应用

    Application of industrial PC in data acquisition and record equipment for Substation

  4. 设计一种基于PC总线的任意波形信号发生器板卡。

    The arbitrary waveform signal generator board based on PC bus was designed .

  5. 根据系统的功能需求,将其分为了WEB服务器模块、数据库模块、日志模块、传真发送模块、文件格式转换模块、传真接收模块和传真板卡模块。

    Web-fax was divided into database module , log module , fax send module , file transform module and fax receive module .

  6. 基于DSP芯片的MPEG-4视频编码PCI板卡的设计与实现

    Design and Implementation of MPEG-4 PCI Board Based on DSP

  7. 第四章针对PCI板卡设计了相应的WDM驱动程序。

    Chapter 4 develops a WDM driver for the PCI board .

  8. 文中给出了基于DSP的硬件系统的设计思路,论述了主控板,伺服板、通信板等主要板卡的硬件结构和实现的功能。

    The hardware structure and functions of the main board , servo board and communication board are discussed .

  9. PCI总线扩展板卡的配置实例

    The Implementation of Configuration in PCI Bus Extended Board

  10. 在图像采集板卡中利用了PCI总线和DMA技术。

    The PCI and DMA technology was implemented in image acquiring card .

  11. 通过比较DSP程序处理结果和MATLAB程序运行结果,验证了板卡性能指标。

    The paper verified the board performance indicators by comparing the processing result of DSP program and the MATLAB program .

  12. 软件部分包括DSP系统的流程控制,CPLD的逻辑和时序控制以及PCI板卡的驱动程序设计。

    The software part includes DSP software design , CPLD software design and PCI driver design .

  13. DOS操作系统下PCI板卡访问方法的研究与实现

    Research and Realization of Accessing PCI Cards in DOS

  14. 在基站的主控板卡上,用Flash芯片存储着可执行程序,对Flash的操作是基于TrueFFS这套文件系统的。

    As the main control board of base station , it uses flash chip to store executable programs .

  15. 介绍了国外利用Internet对数据采集板卡、电参量、多功能校准器进行校准的过程以及其他相关信息,并分析这种校准模式的优点和要求。

    The Internet-calibration processes about data acquisition boards , multifunction calibrators and electrical quantities are introduced . Then the advantages brought by Internet-calibration and its requirements are analysed .

  16. 可堆叠VoIP语音板卡的固件程序设计

    Design of the Firmware for Stackable VoIP Card

  17. 基于MPEG-4视频采集PCI板卡的设计与实现

    Design and Implementation of MPEG-4 PCI Board

  18. 基于ISA总线的ADC板卡设计

    Design of ADC board based on ISA bus

  19. 网络隔离器的所有数字逻辑均采用FPGA实现,提高了板卡的可靠性,同时也为板卡的调试和修改增加了灵活性。

    The network physical separator is implemented in FPGA which boost the reliability of the board and increase the flexibility in debug .

  20. HART智能仪表电子板卡自动测试系统

    An Automatic Testing System of HART Intelligent Instrumentation Electronic Board

  21. 介绍了基于工控机、工业控制板卡、智能仪表、传感器等硬件及VISUALBASIC60、Access等设计软件研制失重秤配料自动控制系统。

    The system has been accomplished upon hardware such as industrial controller , industrial control card , intelligent instrument , sensor and software such as Visual Basic 6.0 and Access .

  22. 分布式控制系统RS-485光电隔离通信板卡的设计

    Design of Distributed Control System RS-485 Communication Card

  23. 高精度ISA总线测试板卡设计

    High-precision Design about ISA Bus Test Board

  24. 本论文利用DSP和FPGA处理器设计一个图像处理电路板,该电路板以PCI板卡的形式安插在PC机中的PCI插槽中。

    This paper design a image processing system using DSP and FPGA processors , which is inserted in personal computer through PCI interface .

  25. ISA板卡驱动程序的开发

    Development of ISA Card Driver Program

  26. 许多在PC上由板卡完成的任务集成在芯片的内部,从而有利于嵌入式系统的小型化和移动能力的增强。

    Many tasks that are completed in PC board integrate in the chips inside , which is conducive to enhance miniaturization and mobile capacity of embedded systems .

  27. PCI总线驱动程序的实质是通过相应板卡配置空间的访问来配置系统资源。

    The essence of the driver is to configure the system resources through access to the configuration space of corresponding PCI card .

  28. 选择PC104总线接口代替PCI总线接口,板卡在遇到剧烈震动时,具有良好的稳定性。

    The PC 104 interface have favorable stabilization .

  29. 符合PCI总线标准的板卡具有广阔的应用空间,对PCI总线的研究和应用是很有价值的。

    PCI card successfully met the demands of the industry . It is highly valuable to do research and application on PCI Bus .

  30. 该频率源设计成基于计算机PCI总线的板卡结构,可以直接插入PC机的PCI插槽内。

    The frequency source is designed in such a way that it can be inserted into one PCI slot of a personal computer .