针对 THJ-3 热工实验装置，采用 I7000 系列数据采集模块，以图形化编程语
言 LabVIEW 为软件，设计一套行之有效的实时温度控制系统。
An effective real-time temperature control system for the
THJ-3 thermal experimental equipment is designed based on I7000 Series DAQ
modules and LabVIEW (2018-05-17, LabView, 297KB, 下载1次)
利用虚拟仪器技术,采用LabVIEW图形编程环境,设计了一个数字PID程序,用于仿真PID控制规律。可以通过改变P、I、D参数和设定值，观察不同情况下的控制曲线，或在同样参数情况下比较位置型PID与增量型PID的控制效果
The virtual instrument technology, using the LabVIEW graphical programming environment, design a digital PID program for the simulation of PID control law. Can change the P, I, D parameters and settings to observe the control curve under different circumstances, or in the case of the same parameters comparative position PID and incremental PID control results (2012-08-08, LabView, 32KB, 下载149次)
给出一种基于LabVIEW及NIDAQmx的压延机在线测厚系统。该系统选用NI PCI-M6220数据采集卡,控制伺
服电机带动传感器在线测量产品厚度,并对厚度值及其位置坐标进行记录,另使用NI图形化编程软件进行测厚系统的控
制、采集数据的分析处理和用户界面的编写,构建PC机的LabVIEW测控平台。该系统数据采集频率高、系统配置灵活、
程序编制简单,从整体上降低研发成本和时间,适合于现场长期使用
Given based on LabVIEW and NIDAQmx the calendar online thickness measurement system. The system used NI PCI-M6220 data acquisition card to control the servo motor to drive the product-line measurement of the thickness of the sensor, and the thickness of the value and location coordinates recorded, and the other using the NI graphical programming software for thickness measurement system control, data collection analysis processing and user interface written in LabVIEW to build and control the PC platform. The high frequency data acquisition system, system configuration flexibility, simple programming, reduce overall development costs and time, suitable for on-site long-term use (2011-11-08, LabView, 523KB, 下载56次)