近年来，各种配有IEEE- 488标准通用仪表接口的程控仪器和自动测试系统不断涌现。
In the recent years, all kinds of program-controlled instruments and automation testing systems that are configured by common instrument interfaces of IEEE-488 standard have come forth continually.
而在DCS向FCS过渡的过程中，急需解决传统仪表与现场总线的接口问题。
During the transition from DCS to FCS, the problem of the interface of conventional instrument and FCS appears.
论文结合工程实际需要，就多种通讯接口的网络化仪表和热网蒸汽流量监测系统的开发设计进行深入研究。
Relating to practical engineering demands, the paper researches on the network instrument with multiple communication interfaces and the exploiting design of the flow monitoring system hot-network.
为了给智能仪表提供廉价标准电流信号输出接口，可以使用RC低通滤波器，从PWM中分离出与占空比成正比的线性直流电压信号。
To provide intelligent instruments with the cheap interface of the standard current sign, the RC low pass filter is used for producing a voltage signal which is proportion to PWM's duty rate from PWM.
利用显示仪表的通讯接口与计算机连接，实现一机双秤的称量操作和管理。
Use Display Instrument Interface communications and computer connections, to achieve a machine pair of weight scale measuring equipment for the operation and management.
LTC 6915是具有14级可编程增益的仪表放大器，采用轨对轨输出，其增益可通过串行或并行接口方便设置。
The LTC6915 is a precision programmable gain instrumentation amplifier with rail - to - rail output. The gain can be programmed to 14 levels through a parallel or serial interface.
介绍了MG- 12864型液晶显示器在智能仪表中与MSP430接口及其控制显示的方法。
The paper mainly introduces the interface of MG-12864 LCD display with MSP430 and the control method for MSP430.
总线控制器作为管理计算机与现场总线的接口装置，起到了管理计算机与智能仪表数据双向传输的网桥作用。
As a network bridge, communication controller is the interface device which realize the function of communication between supervise PC and field bus.
通过这种接口，可以将具有RS485接口的仪器仪表设备连接到PROFIBUS-DP网络上，实现通讯和控制功能。
Through this transform interface, the conventional instrumentation with RS485 interface can be connected to PROFIBUS - DP, and carry out communication and control functions.
应用串行通讯接口技术把智能温度控制仪表和微机连接，实现了温度自动控制和采集的自动化。
In order to control and acquire temperature data automatically, Serial Communication Interface Technology was adopted to link intelligent temperature control instrument with PC.
并重点介绍了常减压蒸馏装置多变量预估控制器、软仪表的设计方法，DCS接口通讯及工程实施要点。
It introduces the design methods of multi-variable predictive control CDU and soft instrument, DCS communication interface and project realization of point.
介绍了基于51单片机的电子皮带秤二次仪表以太网接口的设计方法。
This paper introduces the design manner about Ethernet interface of electronic belt scale second instrument based on MCS-51.
仪表灵敏度高，采样速度快，软件功能强，有标准接口可与计算机通讯。
The meter is of high sensitivity, sampling speed, software function, and a standard interface with the computer communications.
它具有模块化、开放式的结构，通过现场接口模块可连接各种PLC和各种智能仪表。
It has modular and open structure, connected to various PLC and intelligent meters with on-the-spot interface modules.
介绍了在智能仪表设计中，使用CPLD器件来扩展单片机功能的方法，包括CPLD逻辑功能的设计和单片机接口程序的编写等内容。
It presents in the article how to extend the interface of MCU with CPLD device while designing smart instruments, including the logic function design of CPLD and the interfacing program of MCU.
通用串行总线(usb)是目前PC外设接口的主流总线标准，并迅速在工业自动化仪器仪表中得到应用。
USB (Universal Serial bus) is a mainstream bus standard of PC peripheral interface, which extends its applications to industrial automatic instruments.
用电能计量仪表同时测量电力设备接口处电压信号和电流信号的能量，可以计算出设备的等值阻抗。
A novel measuring method of electric network impedance based on the energy function of port signals is described, and its application in electric power equipment is discussed.
通过该接口可以改造原来传统工业仪表，使之成为EPA智能仪表。
It is used to change the traditional instruments to the EPA intelligent instruments.
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.
的统计能轻松连接到第三方应用，比方性能仪表盘。能够通过JSON接口实现。
NGINX Plus stats can be easlily connected to third-party applications, such as performance dashboards. This can be done with the JSON interface.
分析了仪器仪表领域的发展趋势，详细介绍了微型热敏打印机的工作原理及应用，给出了热敏打印机同dsp的简单接口方法以及相应的打印机初始化程序。
Along with the development of the instrument field, the method and application are presented for the minitype thermal printer. The connection and procedure of the program and DSP are also given.
分析了仪器仪表领域的发展趋势，详细介绍了微型热敏打印机的工作原理及应用，给出了热敏打印机同dsp的简单接口方法以及相应的打印机初始化程序。
Along with the development of the instrument field, the method and application are presented for the minitype thermal printer. The connection and procedure of the program and DSP are also given.
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