Training

Location:Training / Hot Applications / Industrial Control / Automatic control system (Henan University of Science and Technology) / Multi-loop control DC speed control system exercise course

You can log in to your eeworld account to continue watching：
Multi-loop control DC speed control system exercise course
Login

Chapter 1：Introduction, characteristics of VM speed control system
Chapter 2：Steady-state analysis of feedback control closed-loop control speed control system
Chapter 3：Steady-state analysis of feedback control closed-loop speed regulation system, dynamic analysis and stability analysis of feedback control closed-loop speed regulation system
Chapter 4：Proportional integral control law and speed regulation system without static difference
Chapter 5：Proportional integral control law and speed regulation system without static difference 2
Chapter 6：Exercises and discussions
Chapter 7：Speed-current double closed-loop speed control system and its static characteristics
Chapter 8：Dynamic analysis of double closed-loop speed control system
Chapter 9：Dual-domain control of DC motors
Chapter 10：Multi-loop control DC speed control system exercise course
Chapter 11：Reversible circuit and working status of VM system
Chapter 12：Circulation and control methods in reversible systems with circulation
Chapter 13：Reversible circulation speed regulating system and its control method
Chapter 14：Reversible circulation speed regulating system and its control method 1
Chapter 15：Reversible circulation speed regulating system and its control method 2
Chapter 16：Logic circulation-free reversible speed control system
Chapter 17：DC pulse width speed regulation system
Chapter 18：Speed regulating system engineering design method
Chapter 19：Double closed-loop speed control system regulator design 1
Chapter 20：Double closed-loop speed control system regulator design 2
Chapter 21：Digital DC speed control system, digital control double closed-loop DC speed control system hardware and software structure
Chapter 22：Digital speed measurement, digital PI regulator design, digital DC speed control system examples
Chapter 23：Introduction, SPWM frequency converter
Chapter 24：Working principle of SPWM inverter
Chapter 25：Mechanical characteristics of voltage and frequency coordinated control of asynchronous motors
Chapter 26：Basic principles of AC voltage regulation and speed regulation system
Chapter 27：AC voltage regulation and speed regulation system structure and static and dynamic performance analysis
Chapter 28：Discussion on some issues regarding voltage and speed regulation
Chapter 29：Experimental teaching video: Research on three-phase integrated trigger circuit and three-phase thyristor fully controlled bridge rectifier circuit
Chapter 30：Microcomputer-type motor voltage regulation and speed control system 1
Chapter 31：Microcomputer-type motor voltage regulation and speed control system 2
Chapter 32：Wound rotor asynchronous motor cascade speed regulation system, cascade speed regulation principle and basic types
Chapter 33：Mechanical characteristics of cascade speed control system
Chapter 34：Discussion on performance of cascade speed control system
Chapter 35：DC motor structure and mathematical model, AC motor structure and mathematical model, AC motor vector control idea
Chapter 36：Asynchronous motor vector control idea
Chapter 37：AC asynchronous motor vector control system
Chapter 38：Experiment 1: Research on three-phase integrated trigger circuit and three-phase fully controlled bridge rectifier circuit
Chapter 39：Experiments 2 and 3: Debugging and mechanical characteristics research of double closed-loop DC speed control system

Duration：20 minutes and 49 seconds
Date：2022/01/24

Uploader：Lemontree

Introduction

keywords： feedback automatic control SPWM

Automatic control system Yu Fashan, Henan University of Science and Technology

You Might Like

Recommended Posts

How to increase output current by connecting NPN transistor in parallel with LDO: LTC3042 has a reference circuit that connects an NPN transistor at the output. The input of the reference circuit is 5V and the output is 2V, providing a maximum current of 1A. I have never seen this; littleshrimp Power technology

msp430g2553 insufficient memory and interrupt algorithm timing issues: I use msp430g2553 to make an energy detection device. I enter an interrupt every 20us, and perform sampling and ANF phase-locked algorithm calculations in the interrupt. Now there are two problems tha; 追梦人weijian Microcontroller MCU

EEWORLD thanks you——Chang Changze 1: [table=98%] [tr][td] [align=left][size=14px][font=微软雅黑][size=3]Activity (II): Post a message in any forum section with the title "EEWORLD Thanks for Having You - Username" according to the following r; 常见泽1 Talking

Japanese auto parts giant exposed to large-scale fraud for 20 years! Affecting 10 Japanese automakers...: Following the Denso fuel pump flameout scandal and Takata defective airbag recall scandal, Japanese auto parts manufacturers were once again exposed for product data fraud. According to media reports,; eric_wang Automotive Electronics

The Basics: Capacitors and Inductors: The Basics: Capacitors and Inductors; linda_xia Discrete Device

UART sending string has problems: [i=s] This post was last edited by zzbaizhi on 2013-12-31 11:15[/i] void Send_data() { delay2(1); for(int q=0;q<17;q++) {delay2(1); UCA1TXBUF = Cmd1[q]; } delay2(1); RXD1_485; } The array Cmd1 can be; zzbaizhi Microcontroller MCU

Recommended Content

Hot VideosMore

Hot ArticlesMore

Circuit

可能感兴趣器件

EEWorld
subscription
account

EEWorld
service
account

Automotive
development
circle

About Us Customer Service Contact Information Datasheet Sitemap LatestNews

Room 1530, 15th Floor, Building B, No.18 Zhongguancun Street, Haidian District, Beijing, Postal Code: 100190 China Telephone: 008610 8235 0740

Copyright © 2005-2024 EEWORLD.com.cn, Inc. All rights reserved 京B2-20211791 京ICP备10001474号-1 电信业务审批[2006]字第258号函

京公网安备 11010802033920号