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PI
- 该c程序采用keil c51编写，主要实现对直流电机调速，其中包含转速环PI调节器c代码-The c program using keil c51 prepared, the main achievement of the DC motor speed, including speed loop PI controller c code
control_DC_MOTOR
- The advantage of static controllers i n their simple structure, however, their performance is not good. Therefore, in fact, the fundamental fuzzy controller is often combined with conventional ones (e.g., PID controller) to create a dynamic fuzzy con
DigitalPID
- 数字PID调节器算法的研究，采用常规的PI和PID调节器，构成计算机闭环系统，并对调节器的参数进行整定，使之具有满意的动态性能-Digital PID controller algorithm, the conventional PI and PID regulator, constitute a closed-loop system computer, and the regulator tuning parameters, so that a satisfactory dynamic per
thesis_SWITCHED_RELUCTANCE_MOTOR
- As traditional control schemes, open-loop Hysteresis and closed-loop pulse-width- modulation (PWM) have been used for the switched reluctance motor (SRM) current controller. The Hysteresis controller induces large unpleasant audible noises because
Dc-motor-controller-design
- Dc motor PI controller design and steady state performance analysis
Phd-Presentation
- This my phd presentation on conical tank model. Pi controller and pid controller are need to be designed for my phd work. if anybody is interested contact me.-This is my phd presentation on conical tank model. Pi controller and pid controller are nee
PI-controller-of-DC-motor
- 直流电机的PI控制过程，利用单片机来实现直流电机控制-DC motor PI control process, the use of single-chip DC motor control
DC-motor-PID-controller
- MSP430F5529下的直流电机调速。 编译环境CCS， 硬件，MSP430F5529 实现了，IIC的LCD12864的显示，PI电机调速，PI参数没有最优但是已经实现了功能。 占用资源，两个Timer，一个用于产生PWM方波，一个PID定时器。-DC motor speed control under the MSP430F5529. Compiler environment CCS, hardware, MSP430F5529 realized, IIC display
4437a360
- This paper presents the design of an intelligent fuzzy gain scheduled proportional-integral (FGSPI) controller as the supplementary controller for load frequency control (LFC) of two-area interconnected power system with reheat type thermal unit
solar
- 太阳能电池控制系统，有PI控制器，具有最大功率点跟踪控制(A solar cell control system with a PI controller with maximum power point tracking control)
永磁同步电机调速系统
- 相比于传统使用的电机，永磁同步电动机（PMSM）具有着比较高的工作效率、比较高的力矩惯量比、比较高的能量密度和环保节能等优越特性，所以对永磁同步电机进行控制调速方面的研究有着相当重要的意义。我们设定电机转速初始值作为给定值，然后与反馈的实际值进行比较，得到的差值输入PI控制器进行控制，得到交轴电流。同时三相绕组输出的电流经过clarke变换和park变化得到电流的实际值，分别与给定值进行比较，将比较后的值再进行park转换，得到的结果经过SVPWM技术调制之后输入到逆变器，继而可以驱动三相电机。