片语

pci gpib网店

GPIB仪器GPIB instruments

NI GPIB控制器

Agilent GPIB转接卡

GPIB卡GPIB-PCI

gpib instrumentgpib仪器

GPIB地址gpib address

英汉例句

• Some key technologies on hardware programming control such as GPIB communication technology, 8255A chip「scontrolling by program, step-motor」s driving technology, are also introduced in paper.

  论文还对系统各部分硬件编程控制的关键技术进行了介绍，如GPIB通讯技术、8255A的编程控制、步进电机驱动技术等。

• The inclusion makes people who are at work on the measurement of instruments and meters, know and apply the GPIB technology correctly to design the Automated test system.

  其结论对从事仪器仪表计量的同行在工作中尽快了解和正确应用GPIB技术设计自动测试系统提供参考。

• The Application of GPIB Interface on the EMC Automated Measurement System.

  GPIB接口在电磁兼容自动测量系统中的应用。

• The key point of the project is software and hardware design of GPIB controller and channel controller.

  本课题的关键是GPIB控制器和通道控制卡的软硬件设计。

• GPIB bus interface is at present more and more widely used to information interchange between various intelligent instruments.

  GPIB总线接口目前越来越广泛地应用于各种智能化仪器之间的信息交换。

• Data acquisition section is implemented by digital oscilloscope TDS2012 controlled by GPIB bus.

  数据采集部分由GPIB总线控制数字示波器TDS2012实现。

• This paper introduces the design of GPIB communication card based on PCI bus.

  介绍了一种基于PCI总线的GPIB总线通讯卡的设计方法。

• Every device, including the computer interface board, must have a unique GPIB address between 0 and 30, so that the data source and destinations can be specified by this number.

  每一个设备，包括电脑接口板，必须有一个唯一的GPIB地址(0到30之间)，这样数据源和目的地址就可以用这个数字来识别了。

• The user inputted the type of the tested multimeter and GPIB address, and selected measurement function, range, times etc, and automatic measurement was performed.

  用户输入被测表型号、GPIB地址，选择测量功能与量程及次数等，执行自动测量。

• Realized the integration of the frame grabber card and GPIB instruments, completed the test system host controls software.

  实现了图像采集卡与GPIB仪器集成，完成了测试系统的主控软件。

• The real time control of the tunable laser is realized with GPIB bus.

  通过GPIB总线实现了对可调谐激光器的控制。

• This paper introduces the function and characters of GPIB interface system.

  介绍了GPIB接口系统的功能及特点。

• If the instruments have a GPIB or serial interface, you can control them with a computer equipped with a similar interface.

  如果设备具有通用接口总线或串行接口，你可以通过一个带有相似界面的计算机来控制。

• Although using GPIB is one way to bring data into a computer, it is fundamentally different from performing data acquisition, even though both use boards that plug into the computer.

  虽然GPIB是一种将数据导入电脑的方法，但是即使是它与嵌入到电脑里的板块配合使用，GPIB在根本上也不同于数据采集。

• The test platform consists of automatic test software, industrial PC (IPC), GPIB controller, test environment, and testing instruments.

  该平台由自动测试软件，工控机，GPIB控制卡，测试环境和测试仪表组成。

• Chapter three introduces the GPIB controller interface function, especially the designing of state machine according to IEEE-488. Chapter four introduces the designing of data channel.

  第三章详细阐述了GPIB控制器的十种接口功能及其状态机实现，完全遵循ieee- 488协议规范。第四章对数据通路进行了较为细致的说明。

• GPIB Function Description and the detailed introduction and use.

  说明：GPIB函数说明及其详细介绍和使用方法。

• In order to realize the task of automatic test, the intellective interface of rack-and-stuck instrument still adopts GPIB in large quantity.

  为了在集成的平台下实现自动测试任务，台式仪器的智能化接口仍大量应用GPIB总线来完成。

• The GPIB interface of IEEE-488 standard can connect all kinds of instruments to make up an automation testing system.

  具有IEEE- 488标準的GPIB接口可以连接各个装置，组成一个测试系统。

• GPIB controller is widely used in automatic test field, for it's the core chip in making up the test system.

  GPIB控制器芯片是组建自动测试系统的核心，在测试领域应用广泛。

• The GPIB has one Controller, usually your computer, that controls the bus management functions.

  GPIB有一个控制器，通常是你的电脑，用来控制总线管理功能。

• Chapter three introduces the GPIB controller interface function, especially the designing of state machine according to IEEE-488.

  第三章详细阐述了GPIB控制器的十种接口功能及其状态机实现，完全遵循ieee- 488协议规范。

• The following illustration shows a typical GPIB system (see Figure 2.4).

  下图展示了一个典型的GPIB系统(图2.4)。

• Chapter two introduces central idea of the GPIB controller.

  第二章介绍了GPIB控制器芯片实现的设计思想。