搜索资源列表
4-Operands_e
- ABB PLC Procontic Programming System - Operands,Language Descr iption Operands Series 90 (07 KR 91, 07 KT 92,07 KT 93, 07 KT 94), Serie 30 (07 KR 31,07 KT 31) and 07 KP 62
pid
- pid controller for software labview8 with regular kp & ki & kd
Process-Model_KP_PROGRAMMING
- Kernel Process(KP).The Process package contains the following KPs.Process Package
linemotor
- 无静差转速负反馈调速系统的仿真模型。系统的给定信号设置为210rad／s，Pl调节器的KP=1.2， =40 其它的参统的参数和前面静差系统的参数一样。-No static error speed negative feedback speed control system simulation model. System of a given signal is set to 210rad/s, PL regulator KP = 1.2 = 40 the other parameters o
Buck
- 使用matlab仿真的一个buck降压斩波电路，将带有PI控制器的电路与无PI控制器的电路响应做对比。其中PI控制器采用的是使用S函数编写的控制器，进行简单的修改就可以在仿真中实现专家PI控制等等，控制器的输入参数有Kp，Ki以及控制器输出的上下限定值。因为控制器直接控制的是PWM的脉冲宽度，所以控制器的输出值限定在0到100之间。MySource用来将要求的电压与电源的电压100v进行对比，从而输出相应脉冲宽度的PWM波形给IGBT。-A Buck circuit based on matla
PID
- PID： LDP #DP_B01 数据页4——0200h～0280h SETC SXM 允许符号扩展 LACL VREF Vref，Q.15*256 SUB V V，Q.15*256 SACL VE2 e(k)= Vref－V，Q15*256 SUB VE1 e(k-1)，Q15*256 SACL PIDTMP1 Delta(e(k))=e(k)-e(k－1)，Q15/256 SUB
yccs
- 运用经过改进的遗传算法解决kp问题，初始条件在run中修改(Genetic algorithm to solve KP problem)
fuzz pid
- 模糊PID， 建立模糊规则进行 PID KP KI KD 参数自整定(Fuzzy PID, fuzzy rules are set up to tune the parameters of PID, KP, KI and KD)
keyboard_patch
- Keyboard patch Candy 6
PID1
- 三阶线性系统的常规pid得simulink仿真的响应曲线，智能控制((A simulink do with self-adaptive fuzzy PID system, through three fuzzy FIS: dkp, dki, dkd to control the Kp, Ki, Kd, in order to achieve automatic adjustment of PID parameters can be objective.))
PIDgain
- Given the following parameters, Tp = 22 sec, Kp= 100, R = 2.5, Ts = 100 msec, T TG = 0.5 sec and Ks = KTG=1. Construct the SIMULINK block diagram and obtain the frequency deviation response.
simulinkmodel
- Given the following parameters, Tp = 22 sec, Kp= 100, R = 2.5, Ts = 100 msec, T TG = 0.5 sec and Ks = KTG=1. Construct the SIMULINK block diagram and obtain the frequency deviation response.
2334rt
- 船舶pid控制 改变kp ki kd 得到适合的控制效果(Ship pid control changes KP ki kd to get suitable control effect)