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EP2C20_TEST.rar
- 内含无刷电机驱动VHDL模块，读码盘4倍频模块，并用NIOS核实现简单无刷电机闭环控制。,Brushless motor driver includes VHDL modules, reading frequency module plate 4, and nuclear NIOS simple closed-loop control of brushless motor.
Double-closed-loop-dc
- 利用matlab simulink 对某双闭环直流调速系统进行仿真-Simulation of Double closed loop dc speed control system with matlab simulink
Matlab
- 介绍了MATLAB下控制无刷直流电机 采用闭环控制 各模块讲解比较详细-MATLAB introduced under the control of brushless DC motor closed-loop control of each module to explain in more detail
dainlu
- 此开关稳压电源由AT89S52单片机作为控制核心。系统包括AD采样，PID控制，PWM输出，构成闭环系统。交流电源输入到整流模块，经整流滤波后输出平稳的直流电压。该直流电压直接输出至IGBT全桥变换器模块。高精度AD转换器将后端输出的电压电流信号由模拟信号量变为数字量供给单片机进行数字PlD运算，经过PID控制运算后，由控制模块输出PWM调制波形至IGBT栅极，构成一个闭环系统，控制电压稳定输出，从而实现开关稳压电源控制系统。此外，可由键盘输入欲得电压值，从LCD显示实际电压值，人机交互界面友好
DSTATCOM_SVPWM_CONVER
- 1、基于Ip/Iq方法控制PWM整流器，实现有功无功解耦控制，实现直流电容的稳压控制。 2、分别采用滞环电流和电压空间矢量技术进行PWM调制 3、DSTATCOM无功补偿仿真验证 4、系统采用了在带有前馈解耦控制的基础上产生的电压电流双闭环控制结构，其中电压外环保证了稳定的直流输出，电流内环提高了电流的动态响应速度，并且这种控制方法使电流的相位和输入电压的相位保持一致。-1, based on Ip/Iq way to control the PWM rectifier to
DCmotorSpeedControl
- 单片机控制直流电机PID闭环调速的实验论文-Single-chip closed-loop PID control of DC motor speed control of the experimental papers
sprc208
- 本程序来自TI公司网站原程序,其功能是通过间接磁场定向的控制算法来实现对三相异步电机的控制, 程序的具体算法和介绍在软件压缩包有详细介绍！-This system simulates a sensored indirect field oriented control of 3-phase induction motor with an "emulated" 3-phase induction motor model. The motor speed is controlled by using
TI
- 实验一 直流电机闭环控制实验 一． 实验目的 1. 学习数字PID控制器的设计方法 2. 学习PWM控制理论 3. 学习数字PID控制器在DSP上的实现方法。 二． 实验设备 计算机，CCS2.0版软件，THRS-2型实验箱，DSP仿真器，1号导线。、 三． 基础理论 -Experimental motor closed-loop control experiment has been a stream. Purpose of the experiment 1
Diandongjitiaosu
- 在计算机上实现直流电动机的脉宽调速、双闭环晶闸管调速的Simulink仿真，可以较为形象的观察电动机的调速全过程，同时可以改变相关参数来实现不同情况下的调速过程。-The computer realization of the PWM DC Motor Speed Control, dual-closed-loop speed control thyristor Simulink simulation, the image can be observed the whole process of
Vecto_Control
- 直接矢量转子磁场定向控制的MATLAB仿真，虽然闭环存在一些问题，但基本可以解释矢量控制。-Direct rotor field oriented vector control MATLAB simulation, although the closed-loop, there are some problems, but the basic vector control can be interpreted.
systempwm
- 直流电机的闭环控制，包括初始化设置定时器，初始化设置设定INT0的工作方式，设置PWM的脉冲宽度和设定方向等-Closed-loop DC motor control, including the initialization settings timer, initialization settings set INT0 work, set PWM pulse width and set the direction
motor-closed-loop-control-system
- 利用飞思卡尔单片机9s12设计的电机闭环控制系统，利用CODEWARRIOR编程。-Using Freescale' s single-chip design 9s12 motor closed-loop control systems, programming using CodeWarrior.
development-of-dc-speed-control-system-with-double
- 双闭环直流调速系统工程设计，simulink模块搭建，4个不同模块-development of dc speed control system with double closed loops
A-New-Sliding-Mode-Control-Algorithm
- In recent years, sliding mode control has been suggested as an approach for the control of systems with nonlinearities, uncertain dynamics and bounded input disturbances. The most distinguished feature of the sliding mode control technique is its abi
motor-Speed-control--Matlab
- 直流交流电机的调速，包括开环调速、闭环调速，矢量调速，直接转矩调速，转速频率差调速，附件为其部分源代码-DC-AC motor speed control, including the open-loop speed control, closed loop speed control, Vector Control, Direct Torque Control, Speed governor frequency difference, annex part of t
traffic-control
- 设计一个只有四种信号灯的交通灯控制器：由一条主干道和—条支干道汇合成十字路口，在每个入口处设置红、绿、黄、左拐允许四盏信号灯，红灯亮禁止通行，绿灯亮允许通行，黄灯亮则给行驶中的车辆有时间停在禁行线外，左拐灯亮允许车辆向左拐弯。信号灯变换次序为：主支干道交替允许通行，主干道每次放行40s，亮5s红灯让行驶中的车辆有时间停到禁行线外，左拐放行15s，克5s红灯；支干道放行30s，亮5s黄灯，左拐放行15s，亮5s红灯……。各计时电路为倒计时显示。-Only four traffic lights t
Study-on-the-Control-Scheme
- 恒频恒压(CVCF)逆变电源的输出电压波形质量是衡量其性能的重要指标之一。文章采用一种重复控制和双闭环控制相结合的电压波形控制策略，以重复控制器提高逆变电源输出电压的稳态精度，减小总谐波畸变率；以双闭环控制器达到较快的动态响应速度。该方案在一台采用TMS320F240 DSP控制芯片的50 Hz三相PWM逆变器上得到验证。-Constant voltage constant frequency (CVCF) Inverter output voltage waveform quality is
Advanced Control Systems II
- In Part I we have focused on process modelling and dynamics analysis. In this part, we will extend our discussion to include the whole control system. A control system consists of several elements. Each element can be modelled and analysed by using
pid-control-system-master
- Closed Loop Control, Remote Sensors and Remote UX on RPi3
Closed Loop Control with RPi3
- closed loop controller