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fuzzy_tl
- 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
ILC_iterativelearningcontrol
- 迭代学习控制：闭环以及开环控制器间切换，具有PI，D型等多型控制器，具有初态学习模块。-Iterative learning control: Closed-loop and open-loop controller to switch between, with PI, D-type and other type of controller with initial state learning modules.
SVPWM_FOC_PI_DL
- 空间矢量的控制，进行PI参数的征订与控制，实现对电流电压环的控制-Space vector control, the PI parameters subscr iptions and control, to realize the current and voltage control loop
kaiguandianyuan
- 基于STM32直接操作寄存器版本，07年开关电源控制程序，采集反馈的电压进行PI调节，达到稳压目的。-Register version based on the STM32 direct operation, 07 switching power supply control procedures, collect feedback PI regulating voltage, voltage regulator.
STM32-PID
- PID 的PI调节控制电流在指定的 电流值，PI效果很好，不需要微分，-The PI regulator PID control current at a specified current value, PI good results, not differential,
Development-of-an-FPGA-Based
- An FPGA-Based servo controller for permanent magnet synchronous motor (PMSM) drive is designed and realized in this paper. The FPGA-Based controller has two modules. One module performs the function of the current/speed loop control for PMSM
s7-PLC2PC
- 这是在PC端使用S7 M SC om M控制,在S - 200 C侧使用免费的PI端口通信,实现他们之间的信息交换,来创建一个简单的分布式控制系统。1 s7 - 200系列P LC自由端口通信方式 -This is in the PC End use of 7 M SC om M controls, in S- 200 PI C side using the free port Communication, realize the information exchange between t
zidongkongzhi
- 生动形象的讲解了自动控制方面的内容，介绍了PI，PID控制的原理。-Vividly explained the automatic control aspects, introduced PI, PID control principle
PMSM_SPWM
- 永磁同步电机的SVPWM控制，调试可以运行，PI参数可以自己修改-SVPWM PMSM control, debugging can run, PI parameters can be modified
05593448
- 基于感应电机直接转矩控制自适应PI控制器 -Direct Torque Control of Induction Motor Based on Self-adaptive PI Controller
PID
- PI仿真simulink的模糊控制，基于simulink和设计的模糊控制块设定的闭环pid控制-Simulink simulation of fuzzy control PI
buck_boost
- DC-DC升降压电路,主要实现升压和降压功能，采用PI电压电流双环控制-DC-DC buck-boost circuit, the main step-up and step-down function, using the PI voltage and current loop control
fuzzypid
- 永磁同步电机模糊PID控制。含对比的PI控制的模型。实现了模糊控制算法，可以得到比单纯的PID更好的控制效果.-Fuzzy PID control of permanent magnet synchronous motor. Model PI-containing contrast control. Realization of fuzzy control algorithm can be better than a simple PID control.
pp
- pi reg speed control
The-master-PID
- 有关自动控制系统中PI整定的资料，详细阐述了比例、积分和微分作用的原理和过程。-About automatic control system tuning PI data detailing the principles and processes proportional, integral and derivative action.
svpwmPI
- 速度和电流控制器为PI控制器的SVPWM交流调速仿真-Speed of PI controller and current controller SVPWM ac speed control simulation
AN4680
- PMSM Electrical Parameters Measurement-The vector control, also known as the field-oriented control (FOC), of a permanent magnet synchronous motor (PMSM) is the algorithm often used in today’s advanced motor control drives. Such advanced moto
SSSS
- 永磁同步电机直接转矩控制中引入SVPWM技术后，磁链和转矩脉动明显减小,且速度响应明显加快。这是由于传统的DTC系统釆用滞环控制器,每个周期选择一个幵关电压矢量,不能完全补偿转矩和磁链的误差 而后者采用PI控制器和SVPWM调制,可选择多个基本电压矢量来合成任意的电压矢量,能够更好的补偿误差。仿真结果说明,基于SVPWM的DTC系统在磁链幅值响应以及转矩响应上的改善效果很明显。-the impact of space voltage vector of the stator flux and t
Fig6x37
- 直流PWM-M 可逆调速系统的仿真模模型在直流PWM-M系统主电路模型基础上增加了转速调节器ASR 和电流调节器ACR ，ASR 和ACR 都采用带输出限幅的PI 调节器。-Reversible DC PWM-M model simulation mode speed control system in the main circuit of the base model DC PWM-M system adds speed regulator ASR and current regulator
Renesas_ymcrpr8c25_180deg
- 基于瑞萨芯片R25系列的有霍尔无刷直流电机正弦波180度驱动程序。PI速度控制，正弦波调制过程及单片机软件编程风格等值得学习和借鉴。-Based on renesas chip R25 series brushless dc motor with hall of sine wave 180 degrees of the driver. PI speed control, the process of sine wave modulation and single-chip microcomput