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基于单片机的锅炉液位控制系统
- 单片机 液位
PID
- PID模糊镇定算法在液位控制系统中的应用,比较新的资料-Fuzzy PID stabilization algorithm in the application of liquid level control system, compare the new information
cks-d2000
- 一套发油控制系统的上位机监控软件,可以实现定量装车,液位报警和防静电多项功能-Hair oil control system of a PC monitoring software, you can achieve quantitative loading, level alarm and a number of features anti-static
water
- labview模拟水箱液位控制,里面含有生曾代码-level control labview tank simulation, which was code containing raw
chap4
- 水箱液位模糊控制仿真和sugeno模糊控制仿真程序-Tank level fuzzy control method and fuzzy control simulation program sugeno
watertankFC
- matlab实现水箱液位一维模糊控制器的设计仿真-matlab tank level to achieve one-dimensional simulation of fuzzy controller design
14
- 液位自动控制装置/本系统采用分布式微机控制系统,通过测量传感器的信号频率来获取液面高度。-Liquid level automatic control devices/systems distributed microcomputer control system, by measuring the sensor signal frequency to obtain the liquid height.
PID
- 摘要:本文对机械院420实验室的液位控制系统进行了探讨。不使用其中的加热器、流量计等环节。集中精力研究液位控制过程,通过多次实验探寻比例、积分、微分各系数变化对液位控制品质的影响,实验结果和理论推想一致。本文结合实验数据阐述了比例、积分、微分各系数变化对液位控制品质的影响。在此基础上,最终确定的PID参数可以使液位稳定在29.8cm到30.2cm的范围(期望值为30cm)-Abstract: In this paper machinery 420 hospital laboratories in
yewei
- 水箱液位控制系统,能够检测出系统的水位高度,温度值,从站的水位高度,温度值-Tank liquid level control system, the system can detect a high water level, temperature values, from the point the water level height, temperature
gg
- 本文介绍了基于AT89C52 单片机的液位检测的基本原理,硬、软件设计及其实现方法。通过测试表明,该检测系统具有工作性能稳定可靠、测量精度高和控制效果好等特点-This text has introduced the basic principle measured in location of liquid based on AT89C52 one-chip computer, hard, software design and its implementation method. Pass
watercontrol
- 基于实验室装置的先进控制算法,主要是水槽液位的控制,组态软件实现-Laboratory-based devices, advanced control algorithms, mainly water tank level control, configuration software
control
- PID比例控制,用对水箱的液位的控制,通过调节阀的流量改变,来控制液位稳定-pid
double-tand-water-level-control
- 双容水箱水位控制系统实验报告。包括系统原理图,人机界面,程序。-Double tank water level control system test report. Including system schematics, interface, program.
185
- 基于MCGS锅炉液位和温度控制系统的设计,作者:QQ 64134703 ,电子毕业设计,欢迎咨询 -Level and temperature based on MCGS boiler control system design, the author: QQ 64134703, e-graduate design, please consult
waste_water
- 污水处理的液位控制仿真模块,simulink模型和matlab,mfile文件,-waste water treatment simulation model with PID controller
PID_danhuilu
- 文档中的matlab源代码主要是针对单回路液位控制系统的PID控制实现,内有simulink原理图-Matlab source code in the document is mainly for single-loop PID control of water level control system to achieve, within the simulink diagram
压力与液位PID-20170424
- 基于西门子s7-200 水箱液位pid控制(PID control of water cistern level based on s7-200)
液位-组态王及改冬季预留
- plc欧姆龙 液位控制水罐液位 闭环控制 自动开关电动调节阀(plc asd dsadafsf adsfeserwer sdfsdfewrwr gsgsfsasfdasdad)
water
- 水箱液位的模糊控制,带simulink仿真图,有示波器图像,双击simulink中的fuzzy模块输入water.fis即可运行(The fuzzy control of the water level of the water tank, with the Simulink simulation chart, the oscilloscope image, double click the fuzzy module in the Simulink to enter the water.fis)
液位控制例程
- labview仿真,水箱液位控制,很好的一个例子控制系统的计算机仿真是一门涉及理论、计算数学与计算机技术的综合性学 科。控制系统的计算机仿真以控制系统的模型为基础,采用数学模型代替实际的 控制系统的控制系统,以计算机为工具,对控制系统进行实验和研究的一种方法。(Lab VIEW simulation, water tank level control, a good example computer simulation of control system is a comprehensiv