gpib

gpib

1. GPIB(general purpose interface bus)

GPIB

2. GPIB, LAN and USB interface all are standard configuration, you still can obtain SCPI jussive ability of complete process designing.

GPIB、LAN和USB接口均为标准配置,您还能获得SCPI命令的完全编程能力。

3. GPIB instruments

GPIB仪器

4. Controlling programs for GPIB instruments is very important in software of computer automatic test system.

GPIB仪器控制程序的编写是计算机自动测试系统软件的核心内容。

5. GPIB protocol

GPIB协议

6. GPIB is a parallel bus that many instruments use for communication.

GPIB可以用作多台仪器通信的平行总线。

7. GPIB address

GPIB地址

8. GPIB bus

GPIB总线

9. On-Line Control and Data Acquisition of Various Digitizing Instruments on GPIB Bus

GPIB总线上多种数字化仪器的联机控制和数据获取

10. GPIB interface

GPIB接口

11. 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

12. 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。

13. GPIB interface adspter

GPIB接口适配器

14. GPIB controller

GPIB控制器

15. The hardware design of GPIB's controller chip is chiefly divided into the realizing of state machine , data channel and the design of microprocessing interface .

GPIB控制器芯片的硬件设计主要分为状态机的实现、数据通道和微处理接口的设计。

16. A simple method to realize a GPIB controller Is to connect a GPIB interface card to a PC in which driver and OS are required.

GPIB控制机的最简单的实现方法是在一台PC机上挂接一个GPIB控制器,并辅以相应的驱动软件和控制软件。 GPIB控制器必须要有联结PC机的接口。

17. The Interface GPIB in the Data Transfer Circuit

GPIB测试母线在数据传输中电路的应用

18. Foundation of laser dia-auto-testing system based on GPIB and the application of the logic analyzer

GPIB激光自动测径系统及逻辑分析仪的应用

19. GPIB [General Purpose Interface Bus]

GPIB界面转换器

20. GPIB's original purpose was to provide computer control of test and measurement instruments.

GPIB的最初目的是提供电脑对仪器在检验测量时的控制。

21. The realization of digital storage oscilloscope programmed and data communication in GPIB system

GPIB系统中数存示波器程控及数据传输的实现

22. The Multicomputer Sharing of the GPIB System

GPIB系统的多机共享

23. GPIB communication card

GPIB通讯卡

24. LXI is a new modularization instruments platform standard for automation test system based on Ethernet LAN after GPIB instrument and VXI/PXI virtual instrument.

LXI是继GPIB仪器、VXI/PXI虚拟仪器之后的新一代基于以太网络LAN的总线技术。

25. Design and realization of measurement system with GPIB by using MATLAB

MATLAB环境下GPIB测试系统的设计与实现

26. PC-based instruments have faster I/O than GPIB because they take advantage of the PCI backplane or an MXI link running at higher speeds than GPIB.

PC仪器拥有比GPIB更快的I/O,这得益于快速的PCI背板总线或者一个MXI链路,二者都比GPIB具有更高的运行速度。

27. Port of equipment of USB 2.0 high speed: Face plate connector can use TEK-USB-488 to pass USBTMC after or GPIB controls oscillograph.

USB 2.0高速设备端口:后面板连接器可以使用TEK-USB-488 通过USBTMC 或GPIB 控制示波器。

28. GPIB Controller Design Based on USB

USB-GPIB控制器设计

29. VC environment realize serial communication interface and GPIB communications, the process is complete the number of diagnostic features and automatic debugging features! ! ! ! !

VC环境实现串口通信和GPIB接口通信,该程序完成数字诊断功能和自动调试功能!!!!!

30. 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。

31. For system applications, both GPIB and RS-232 interfaces are standard, and support full programmability using SCPI commands.

为方便系统应用,GPIB和RS-232接口均为标准配置,并支持SCPI命令的全部编程能力。

32. Instrumentation connects to this host through the General Purpose Interface Bus (GPIB) or RS-232 serial communications.

主机通过通用界面总线GPIB (通用接口总线)或RS-232 连载通信。

33. The basic design principle of universal automatic test system based on CVI platform and GPIB interface technology is introduced. The hardware and software of the system are discussed.

介绍一种基于CVI平台和GPIB接口的航空电台自动测试系统的设计思想,论述了系统的硬件平台选择、系统组成及硬件设计主要技术问题和解决办法,同时也论述了软件结构。

34. 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。

35. The paper describes the characteristic of the GPIB interface,GPIB is used in the USB-GPIB controller. CY68013CMOS chip is used in the part of USB and NAT9914 is used in the part of GPIB.

介绍了GPIB通用接口母线的特点及其优势,将其应用于单片机USB-GPIB框架的数据传输系统,其中USB部分Cypress公司基于2.0协议的CY68013控制芯片,GPIB协议部分采用NI公司的NAT9914控制芯片。

36. 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。

37. The hardware design of the GPIB controller based on S3C44B0X is presented,and the complete software implementation is presented.

介绍了一种基于S3C44B0X的嵌入式GPIB控制器的硬件设计,软件上也给出了完整实现。

38. This paper presents the interface specification of GPIB, the basic principle and function pf the TNT4882 interface chip as well as its circuit diagram along with the basic software flow chart.

介绍了基于TNT4882的GPIB接口控制器的设计方案,阐述了GPIB接口规范及其接口专用芯片TNT4882的功能,给出了GPIB接口电路及其软件控制流程。

39. GPIB communication under the environment of LabWindows/CVI in the experiment of air leakage detector was introduced.

介绍了气体测漏实验中基于LabW indows/CVI环境下GPIB通信。

40. The article presents the composing o f system and demonstrates the automatic measurement system base of the Labwindo ws/CVI and GPIB interface board.

介绍了系统的组成,论述了在windows环境下采用LabWindows/CVI平台开发基于GPIB总线的自动测试系统实例。

41. The software and hardware design of the platform of the GPIB Controller based on S3C44B0X were presented.

介绍基于S3C44B0X的GPIB控制器平台的软硬件设计。

42. By analyzing the status chart, the special interface CMOS chip GPIB is designed and realized by use of CPLD technology.

从它们的状态图出发,运用CPLD技术,设计了GPIB专用接口芯片。

43. The Standard of GPIB of Instruments and the Form of Test System

仪器仪表用户

44. But that has changed with the onset of the high-speed local-area network (LAN), which has latencies commensurate with GPIB and battalions of engineers working to boost its speed.

但是这些正随着高速局域网(LAN)的异军突起而改变,LAN与GPIB、为提高LAN速度的工程师阵营有着潜在的一致性。

45. Using ComponentWorks GPIB ActiveX Controls to Accelerate Construction of Test System in Visual Basic Environment

使用Component Works GPIB ActiveX控件快速组建基于VB环境的测试系统

46. Keywords: GPIB bus instrument, 488.2 bus, Automatic test, Fault diagnosis,

关键词:GPIB总线仪器488.2总线自动测试故障诊断

47. Inside serial port of driver of buy floppy disk, GPIB, RS232 and printer port connector allow analyzer and PC or undertake fast, convenient data conveys between workstation.

内置软盘驱动器、GPIB、RS232串行端口和打印机端口连贯器答应分析仪与PC机或工作站之间进行迅速、便利的数据传送。

48. Distributed GPIB Test System

分布式GPIB测试系统

49. On-line communication of B & K instrumentation and a computer by using GPIB interface

利用GPIB接口实现B &K测试仪器与计算机的联机通讯

50. Using the advantage of GPIB,the power supply automatic measurement system based on GPIB is designed.

利用GPIB接口的优势,设计了基于GPIB总线的电源装置自动测试系统.

51. By adopting embedded system and Ethernet control chip,the automatic testing system(ATS) based on GPIB bus is designed and developed.

利用嵌入式系统与以太网控制芯片设计并实现了基于GPIB总线的自动测试系统(ATS)控制器。

52. Microcomputer-controlled measurement and automatic data analysis systems can be realized efficiently by using the General Purpose Interface Bus(GPIB) technique.

利用通用接口总线(GPIB)技术可以实现微机控制的测量和数据分析系统。

53. Trouble Shooting System of Semiconductor Test GPIB Interface

半导体测试GPIB接口的联合调试系统

54. People can realize data acquisition and device control of GPIB instrument use the USB interface of the PC with this controller.

参与研究开发了USB-GPIB控制器,通过该控制器可以实现利用PC机的USB接口对GPIB仪器的数据采集及设备控制。

55. In addition, with the function of all kinds of GPIB control chip become more and more useful and the data convey more quickly, the use of GPIB become wider than any time.

另外,应用于GPIB总线的各类控制芯片的功能越来越强大,传输速率也越来越快,扩展了GPIB的应用领域。

56. Serial link to connect two mainframes at one GPIB address

可透过串联的方式将两部主机连接在一个GPIB位址

57. IEEE 489.2and SCPI are extensively sprleaded in the GPIB system abroad.

国外的GPIB系统已广泛推广IEEE488.2和SCPI,而国内正在兴起开发应用虚拟仪器图形软件的热潮。

58. Developing the example about automatic measurement system base on GPIB bus in CVI

在CVI环境下开发基于GPIB总线的自动测试系统示例

59. An Automatic Test Environment Based on GPIB Established in Visual Basic

在Visual Basic环境下建立GPIB自动测试系统平台

60. Research of Interface Module Based on GPIB Bus

基于GPIB总线的接口模块的研究

61. A Short-wave Monitoring System Based on GPIB BUS

基于GPIB总线的无线电频谱监测系统的设计

62. Design of the Integrated Experiment System for the Temperature and the Humidity on the GPIB Bus

基于GPIB总线的温湿度综合实验系统的设计

63. The Power Supply Device Automatic Testing System Based on GPIB Technology

基于GPIB总线的电源装置自动测试系统

64. Programmable instruments with GPIB interface are used widely in computer automation test system.

基于GPIB总线的程控仪器是计算机自动测试系统中广泛使用的一种仪器。

65. Design and realization for virtual system based on GPIB bus

基于GPIB总线的虚拟检定系统的设计与实现

66. Design and Application of the Virtual Instrument Based on GPIB Bus

基于GPIB总线虚拟仪器的设计与应用

67. Virtual Instrument Based on GPIB Interface Bus

基于GPIB接口总线的虚拟仪器

68. R &D and Application of Automatic Test System of Radio Module Based on GPIB Interface

基于GPIB接口的射频模块自动测试系统开发与应用

69. The Communication Power Supply Module Automatic Testing System Based on GPIB Interface

基于GPIB接口的通信电源模块自动测试系统

70. Design of automatic measurement system for optical devices on GPIB

基于GPIB的光电器件自动测控系统的设计

71. Design of Automatic Test System for Equilibrium of Microwave Communication on GPIB

基于GPIB的微波通信均衡自动测试系统

72. Study of configuration software based on GPIB automated test system

基于GPIB的自动测试系统组态软件的研究

73. Na Fluorescence Lidar Control System Based on GPIB

基于GPIB的钠荧光激光雷达控制系统

74. Automatic test system for radiated susceptibility of magnetic field based on GPIB and LabVIEW

基于LabVIEW和GPIB总线的磁场辐射敏感度自动测试系统

75. Development and Application of Measurement and Control System Based on LabWindows/CVI and GPIB Interface

基于LabWindows/CVI平台和GPIB接口的测试系统

76. Design and Development of GPIB Basing on TNT4882

基于TNT4882 GPIB接口设计

77. The Design on GPIB Standard Interface based on Constant Temperature Controller of Semiconductor Laser Diode

基于半导体激光器恒温制器的GPIB标准接口板的设计

78. 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。

79. In the test system, an intelligent digital voltage meter and a general counter E312A(without GPIB interface function) work synchronously, which eliminates the error caused by nonsynchronous sampling.

实现了智能数字电压表和廉价的计数器E312A(无GPIB接口功能)同步采集数据,从而可消除不同步采样所产生的误差。

80. Application of Measurement Instrument Long-range Controlling by GPIB Interface

对测试仪器进行GPIB接口远程控制的应用

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