搜索资源列表
C51-bluetooth
- c51通过蓝牙模块与手机通信控制舵机转动-C51 through the Bluetooth module and mobile communication control servo rotation
0
- 本文详细介绍了永磁同步交流电机的矢量控制理论，并根据矢量控制理论运用DSP实现了对永磁同步交流伺服电机的电流、速度和位置的三闭环控制，最后给出实验结果及其分析。-This paper describes a permanent magnet synchronous AC motor vector control theory, and using DSP to achieve the three closed-loop control of the permanent magnet synchr
ROMOT
- 伺服电机控制速度以及正反转，控制多个伺服电机-Servo motor control speed and forward and reverse, control multiple servo motor
labview
- labview控制K型立方体DC伺服电机控制器运动的程序-Labview control of K-cube DC servo motor controller movement program
6.1.3.11
- 工业用的控制程序，VC开发的控制台程序，程序可运行，想看实际效果得按程序需求配置松下伺服电机，需要安装ESPON机器人系统才能完整运行，-Industrial control procedures, VC development of the console program, the program can run, want to see the actual results according to the program needs to configure the Panasonic s
Radar_weather
- 一款基于PCI接口的雷达终端控制显示代码，可显示强度PPI信息和RHI信息，对于前端进行伺服和数据控制-A radar terminal based on the PCI terminal control display code, can display the intensity of PPI information and RHI information, for the front of the servo and data control
PMSM_Id=0
- 永磁同步电机的矢量控制系统仿真，采用id 0的控制策略。在此基础上加入位置环，实现永磁同步电机的伺服系统-Permanent magnet synchronous motor vector control system simulation, using the id 0 control strategy. On this basis, adding the position loop, to achieve permanent magnet synchronous motor servo
Cre_AC_Servo_System9.9
- Labwindows的交流伺服系统界面控制-AC servo system interface control
QNQ20160714
- 双交流伺服电机控制+网口数据传输 双交流伺服电机控制+网口数据传输-Dual AC servo motor control+ network port data transmission
GISS-Ship-with-FireControll
- 通用模型船用遥控系统，基于STM32F103开发，包括SX1278无线模块驱动、舵机驱动等丰富内容，编程环境MDK470-General model Marine remote control system, based on STM32F103 development, including SX1278 wireless module driver, servo drive and other rich content, programming environment MDK470
1
- 12.3.4 伺服电动机角度控制,12.3.4 伺服电动机角度控制-12.3.4 Angle control servo motor, 12.3.4 Angle servo motor control
四旋翼源代码
- 基于STM32F4的四轴航拍平台。以STM32F407为控制核心，四轴飞行器为载体，辅以云台的航拍系统。硬件上由飞控电路，电源管理，通信模块，动力系统，机架，云台伺服系统组成。算法上采用简洁稳定的四元数加互补滤波作为姿态解算算法，PID作为控制器，实现飞行，云台增稳等功能(Four axis aerial platform based on STM32F4. Taking STM32F407 as the control core, the four axis flying vehicle as
key_servo_control
- 按键控制舵机。这是一个小玩意，单片机使用的是51系列的STC89C52RC单片机，舵机采用数字式舵机，通过按键来控制舵机方向。-(button control servo)
网络伺服demo
- PLC通过FPG-PN8AH位置控制单元去驱动松下网络伺服（最大16轴）。(The PLC drives the Panasonic network servo (maximum 16 axis) via the FPG-PN8AH position control unit.)
基于STM32的CCD智能寻迹小车源代码
- 这是基于STM32单片机的CCD为传感器的循迹小车的源代码的压缩包，压缩包内的程序完整，算法较优，比赛获得过二等奖，能有效快速识别轨迹，在跑道直道加速，弯道减速。采用PID调速。CCD为传感器，识别跑道图像，STM32对图像分析处理，二值化等。控制电机加减速度，舵机转度。可供参考学习(This is based on the STM32 MCU CCD as sensor tracking cart source code package of procedure in the package
伺服电机主控制系统简单模拟实现
- 伺服电机主控制模块输入输出特性的简单模拟实现，输入目标电压及反馈的当前电压，输出对电机的控制脉冲波形(The simple simulation of the input and output characteristics of servo motor main control module, the input is target voltage and feedback is the current voltage, the output is the motor control puls
Screw V3.5
- 1：运用精密的X轴，Y轴的机构配合伺服电机进行传动，可实现一个平面上任一座标 位置的定位。 2：针对客户产品螺丝个头小，平头的特点，在送给螺丝机构方面采用了AUTOTEK 的螺丝供应器供给，斜滑槽传送，气缸分隔及真空吸取方法。使螺丝供给稳定，快捷。 在电气方面使用了PLC及触摸屏进行控制，使人机界面易学，易操作，性能更稳定。整个工作过程设备会按照预先设置的参数自动控制。(1: the use of sophisticated X axis, Y axis of the mechanism wit
直流无刷伺服电机的DSP控制
- 直流无刷伺服电机的DSP控制，学习伺服电机初级资料。(Brushless DC servo motor DSP control, learning servo motor primary information.)
chap11
- 伺服系统PID控制。有基于不同摩擦模型的PID控制，有伺服系统三环的PID控制，有数字前馈控制。(Servo system, PID control. There is a PID control based on different friction models. The servo system has three ring PID control, and there are digital feedforward control.)
DC motor
- Simulink模型 直流电机 PID速度控制 PWM 伺服无刷 仿真建模(Simulink model, DC motor, PID speed control, PWM servo, brushless simulation, modeling)