该配料控制器还配有标准的RS—485总线接口，较好地实现了配料控制系统的网络化设计。
The batch controller also has a standard interface of RS-485 bus, preferably achieved the network design of the batch control system.
本文针对PCMCIA总线标准，讨论了PCMCIA插卡式仪器在测控系统中的应用。
Based on PCMCIA bus standard, this paper discusses the applications of PCMCIA card instruments in test and control systems.
控制器具有RS- 485,MODBUS标准现场总线通讯接口，方便接入只能开关柜系统。
Controller has RS-485, MODBUS standard field bus-bar communication interface and facilitate connect to switch board system.
该系统采用STD工业总线标准设计，可靠性高，维修性好，环境适应性强。
For the using of STD industry bus standard in the design, the system has high reliability, maintainability and adaptability to environment.
本文介绍通用仪器仪表标准总线IEEE - 488，连接计算机和程控仪器，配以软件设计，组成自动测试系统。
This paper introduces the IEEE -488 standard bus for general instrumentation. Using which to connect with computer and programmed instruments, an automatic testing system can be formed.
然后系统轮询仪器总线以寻找连接的仪器，包括待测仪器和用作校准标准的那些仪器。
The system then polls the instrument bus to find connected instruments, which includes equipment under test and those instruments used as calibration standards.
介绍了在硬件系统设计中使用I2C总线技术的优点，对其总线技术标准和电气特性进行了分析。
The paper introduces the virtues of employing I2C bus in the hardware system design and analyzes its bus standards and electrical characters.
作为标准化的尝试，本系统实现了标准的保护电路单元和恢复时间电路单元，通过44芯总线插座与标准总线接口连接。
As a try for circuit standardization, the system realizes the standard protection circuit unit and recovering-time circuit unit, which are connected to system through standard 44 pins' bus interface.
OPC规范和IEC 61499标准在现场总线控制系统中均属于用户层协议，二者都基于组件技术。
OPC specifications and IEC 61499 standard both are protocols of User Layer of FieldBus Control System(FCS), and both are based on software component technology.
本系统采用工业PC控制计算机控制，硬件设计以PC总线和标准接口为基础，具有配置灵活、方便，易于扩充的特点；
The hardware design is based on PC bus and standard interface, whose characteristics include flexible configuration, strong expansibility and etc.
介绍了采用IEEE- 488总线标准实现的末制导雷达通用检测系统，概述了其硬件的组成和系统特点。
Introducs a automatic testing system for terminal guidance radar, which adopts IEEE-488 bus standard, summarizes it's hardware constitutes and system characteristics.
并将现场总线标准中的CAN用于矿井监测系统中，实现一种既能多主网络运行，又经济实用的矿井监测系统的设计思想。
This paper puts forward CAN(Controller Area Network) field bus in the mine monitoring system to realize the design thought that mine monitoring system is economical, which can run at multi-master.
目的研究VME计算机总线扩展的仪器标准总线(VXI)超高速数据采集与DSP系统的设计与实现。
Aim To study the design and realization of ultra high speed data acquisition and DSP system based on VME computer bus expended for instruments (VXI) bus.
将USB所具有的独特优点引入到以GPIB为标准的自动测试系统中，设计并开发了具有USB总线的GPIB接口控制器和性能较为完善的VISA函数库，介绍了所设计的GPIB控制器VISA标准函数的格式与功能。
The inimitable merits of USB are introduced into the GPIB automatic testing system and the GPIB controller with the USB bus and the VISA function lib is designed and developed.
外部设备互连（PCI）总线广泛应用于计算机系统中，是目前主流总线标准。
As the most popular bus standard at present, the PCI bus is generally used in the computer system.
本文主要介绍PC总线标准兼容的自动测试、控制系统的基本设计原理、误差处理技术和系统软件设计特征。
This paper describes the basic design principle of automatic measure and control system. Which is compatible with PC BUS standard. technology of error processing as well as feature of software design.
运用GPIB通用标准接口总线，可以使多台测试仪器仪表同时接入计算机自动测试系统。
By use of the GPIB, it can make many test instruments connected with automatic test system.
本文在简要介绍嵌入式PC总线标准PC/ 1 0 4的基础上，讨论了基于该总线标准的嵌入式数字遥控系统的软硬件设计。
This paper gives a brief introduction of the embedded PC standard PC/104 bus standard and then presents the design of an embedded digital remote control system based on the bus standard.
文章首先对无人机测控系统及自动测试系统做了简要的说明，并重点介绍了GPIB标准总线接口模式。
The principle of telemeter and telecontrol system of UAV and ATS is explained for the first point, and meanwhile the general purpose interface bus (GPIB) is discussed in detail.
文章首先对无人机测控系统及自动测试系统做了简要的说明，并重点介绍了GPIB标准总线接口模式。
The principle of telemeter and telecontrol system of UAV and ATS is explained for the first point, and meanwhile the general purpose interface bus (GPIB) is discussed in detail.
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