超过460,000+ 应用技术资源下载
pdf

Advanced高级PID算法

  • 1星
  • 日期: 2018-07-05
  • 大小: 3.36MB
  • 所需积分:1分
  • 下载次数:1
  • favicon收藏
  • rep举报
  • 分享
  • free评论
标签: AdvancedPID算法

Advanced高级PID算法,感兴趣的可以看看。

文档内容节选

LabVIEW开发技术丛书 高级PID控制算法 Welcome to this session on how to design and implement control algorithms In this session we are going to talk about how to use the mostcommon control algorithm PID and some tips and trics to improve the performance tune find loop rates etc Simulation can provide a lot of information about what the system is doing We can add the effect of different element like Encoder resolution ADC sampling rate etc and understand how does it affect the system Another benefit is the......

LabVIEW开发技术丛书 高级PID控制算法 Welcome to this session on how to design and implement control algorithms. In this session we are going to talk about how to use the most-common control algorithm (PID) and some tips and trics to improve the performance, tune, find loop rates, etc Simulation can provide a lot of information about what the system is doing. We can add the effect of different element, like Encoder resolution, ADC sampling rate, etc and understand how does it affect the system. Another benefit is the possibility to slow down the process, to gain insight on what happens of fast systems or, vice versa, speed up slow process. Because National Instruments is a unique company in the fact the we provide a full hardware solution couple with a full development platform, we can use this tools in very particular ways For example, it is possible to combine the LabVIEW Control Design and Simulation Module along with the FPGA module to quickly prototype a controller. One of the main benefits of this approach is that there is no need to compile the FPGA code, which allows for a quick algorithm design turnaround and debugging. Here is the flow of the presentation I’m going to follow. First I’m going to talk about how to use simulation. I know, this might be a scary topic for you but don’t worry; you don’t need a PhD in control to follow the presentation Second, we are going to briefly introduce the PID algorithms, how to use it within the NI software platform and some tips about tuning and performance In the third section of the presentation I’m going to talk on how to improve the PID algorithm and some other control algorithms present in our platform. We will finish the presentation with some conclusions and a location to find more information Here is the flow of the presentation I’m going to follow. First I’m going to talk about how to use simulation. I know, this might be a scary topic for you but don’t worry; you won’t need a PhD in control to follow the presentation Second, we are going to briefly introduce the PID algorithms, how to use it within the NI software platform and some tips about tuning and performance In the third section of the presentation I’m going to talk on how to improve the PID algorithm and some other control algorithms present in our platform. We will finish the presentation with some conclusions and a location to find more information
更多简介内容

推荐帖子

分享国外一款开源步进电机控制器+PID算法+高精度磁性角度检测
这是国外一款开源步进电机闭环控制器,开放原理图和代码,吸引我的是带高精度AS5047磁感应角度检测传感器,使普通的步进电机带上闭环控制,更加精准。于是采购了一批物料,自己留一块学习,剩下可以成本价给大家,有需要的可以联系我,大家一起学习PID控制。 提供套件:PCB+元器件+0.96寸OLED屏幕,微信号:chenzhe_jy 支持支付宝交易:https://shop115810328.t
近道 DIY/开源硬件专区
msp430单片机中增量式pid算法的C实现方法
#include   #include   struct _pid {    int pv; /*integer that contains the process value*/    int sp; /*integer that contains the set point*/    float integral;    float pgain;    float igai
灞波儿奔 【微控制器 MCU】
F103实现的PID算法用于温控系统
$('flv_vCX').innerHTML=(mobileplayer() ? "" : AC_FL_RunContent('width', '500', 'height', '375', 'allowNetworking', 'internal', 'allowScriptAccess', 'never', 'src', 'https://player.youku.com/player.php
hillchina 【stm32/stm8】
分享给大家一份“基于51单片机Proteus仿真电机控制PID算法”资料
本份资料是网友:linxsong 原创,非常感谢linxsong分享给我们这么好的资源~ 下面来秀一秀: 基于51单片机Proteus仿真电机控制PID算法 简介:本代码采用Proteus仿真,采用51单片机模拟PWM,用定时器获取电机转速信息,用PID算法转速,转速、P、I、D都可以用按钮设置,LCD显示屏显示出电机的转速、差值、设定值、P、I、D,并可以粗调跟微调,还有闪烁提示,用来
okhxyyo 【51单片机】
PID算法实现(C语言)
这是一个PID算法的C语言实现程序:"double sensor (void),void actuator(double rDelta,double LastrDelta )各函数的功能及语句的作用, 以及主函数里的变量j和数值a[]的设置的作用,以及for循环语句的作用,"望大家再分享的同时,给份详细注释,在线等待,大家帮助大家,^_^. #include #include typed
gfdsgdfg 【编程基础】
PID控制算法的C语言实现
本帖最后由 电子_精灵 于 2019-5-10 15:50 编辑    在工业应用中PID及其衍生算法是应用最广泛的算法之一,是当之无愧的万能算法,如果能够熟练掌握PID算法的设计与实现过程,对于一般的研发人员来讲,应该是足够应对一般研发问题了,而难能可贵的是,在我所接触的控制算法当中,PID控制算法又是最简单,最能体现反馈思想的控制算法,可谓经典中的经典。经典的未必是复杂的,经典的东西常常是
电子_精灵 【stm32/stm8】

评论


个人中心

意见反馈

求资源

回顶部
电源设计技术资料
点击获取

About Us 关于我们 客户服务 联系方式 器件索引 网站地图 最新更新 手机版 版权声明

EEWorld电子技术资料下载——分享有价值的资料

北京市海淀区知春路23号集成电路设计园量子银座1305 电话:(010)82350740 邮编:100191

电子工程世界版权所有 京ICP证060456号 京ICP备10001474号 电信业务审批[2006]字第258号函 京公海网安备110108001534 Copyright © 2005-2020 EEWORLD.com.cn, Inc. All rights reserved
$(function(){ var appid = $(".select li a").data("channel"); $(".select li a").click(function(){ var appid = $(this).data("channel"); $('.select dt').html($(this).html()); $('#channel').val(appid); }) })