搜索资源列表
dualrotor_slidingcontrol
- 对转永磁同步电机的滑模控制,实现了优于PI控制的优良性能,值得参考-anti-rotary PMSM sliding mode control
AP1617310_XE164
- 本代码功能是实现BLDCM的无位置转速、电流双闭环控制。采用的微处理器为英飞凌的XE166系列,内容包括自启动模块、换相点确定、PI模块以及相应的通信模块。-This code is to realize the function of BLDCM without position speed and the current double closed loop control. The microprocessor for infineon s XE166 series, since the
courseworkdesign4occblock2
- 简单的单周控制部分,没有PI环节,时钟脉冲10KHz,输入信号有增益-a simple ONE CYCLE CONTROL MATLAB MODEL
PMSM_DRIVES_SIMULATION
- Mathematical Modelling of PMSM Vector Control System Based on SVPWM with PI Controller Using MATLAB
STATCOM_Base_on_PIcontrol
- 基于PI控制的电力系统静态无功补偿器Simulink仿真,用于验证控制算法的有效性-STATCOM_Base_on_PIcontrol used to verify the effectiveness of the control algorithm It is achieved by Matlab/Simulink.
epwm_deadband
- PWM死区宽度设置,和PWM控制电流PI调节-The width of the PWM deadband settings, and PWM control current PI regulator
THese-INTERESSANTE.rar
- It s about the vector control of PMSM sensorless. The regulation is done with PI controller ,It s about the vector control of PMSM sensorless. The regulation is done with PI controller
power_converter112
- 1. 设计的目的 从三相全控桥整流电路出发,通过利用matlab/simulink工具对仿真电路的参数设定以及分析,得到电路的工作原理以及所加入的触发脉冲控制方法以及PI调节方法。 -Designed to departure from the three-phase full-controlled bridge rectifier circuit parameter setting and analysis of simulation circuit by using matlab/s
hd7279
- 由于系统采用了比例积分调节器(简称PI调节器),使系统在扰动的作用下, 通过PI调节器的调节作用使电动机的转速达到静态无差,从而实现了静态无差。无静差调速系统中,比例积分调节器的比例部分使动态响应比较快(无滞后),积分部分使系统消除静差。-Because the system uses a proportional integral regulator (referred to as the PI regulator), to make the system so that the speed
sort
- 一个实验室里有n个长短不一的试管。你的任务是编写一段程序,用机器臂把它们按照高度从小到大的顺序排列。对于高度相同的试管,排序前后的相对位置应保持不变。排序方法如图所示。 排序需要n次操作,其中第i次操作是反转序列i~Pi,其中Pi是目标状态中第i个试管当前所在的位置。比如,在上图中,初始时P1=4,因此反转试管1~4就能把最左边的试管归位。类似地,第2次操作前P2=6,因此反转2~6就能把左数第2个试管归位。 你的任务是输出P1,P2,…,Pn的值,以便控制机器臂移动。注意i=P
ApsiR
- 矢量控制系统中的PI调节器,此为磁链调节器-PI regulator vector control system, this flux regulator
ASR
- 矢量控制系统中的PI调节器,此为速度调节器-PI regulator in the vector control system, this is the speed regulator
ATR
- 矢量控制系统中的PI调节器,此为转矩调节器-PI regulator vector control system, this is the torque regulator
my_pmsm_good
- 基于MATLAB的矢量控制,调节适当的PI参数便可实现PMSM的矢量控制。-MATLAB-based vector control, adjust the appropriate PI parameters can be realized PMSM vector control.
update1
- 搭建永磁同步电机的直接转矩控制仿真模型 1,实测电流经过3/2变换得到alpha-beta轴上的电流; 2,估计模块中包含定子磁链和电磁转矩的估算,其中,定子磁链观测是采用基于转子位置和定子电流的磁链估计,电磁转矩直接在alpha-beta轴上计算; 3,转速调节模块和转矩调节模块直接采用PI调节器; 4,预期电压矢量估计模块,根据k时刻的磁链幅值与相位和k+1时刻的磁链幅值和相位计算出来的; 5,SVMPWM是空间电压矢量调制模块,实现空间任意角度任意大小的电压矢量,从而控
PFC_2PI
- 用matlab做的单相boost PFC的仿真模型,功率11K,采用PI双闭环数字控制方法,波形较好。-Using matlab to do the simulation model of single-phase boost PFC power 11K PI double closed-loop digital control method, the waveform is better.
PIcontrol
- 数字式PI比例积分控制器,有关自动控制方面的知识-The digital PI PI controller, the automatic control of knowledge
digitPI_control
- 数字式PI比例积分控制器,有关自动控制方面的知识-The digital PI PI controller, the automatic control of knowledge
labview_dc
- design a PI controller for our DC motor using the LabVIEW Control Design and Simulation module
fuzzy_pid_withdis
- Under the circumstances of pure lag in feedback control system and the imprecision of the controlled object model, the fuzzy logic and pure lag compensation theory is used to design a Fuzzy PI-Smith control system . By the Simulink toolbox and Fuzzy