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STM32F103_motor_control
- 基于STM32步进电机控制程序，可以随意控制步进电机转动角度。(Based on STM32 stepper motor control program, you can control the stepper motor rotation angle at any rate.)
MiniBalanceV3.5
- 利用mPU6050 ,TB6612等模块编写的平衡小车程序，利用卡尔曼滤波实现仰俯角(motor stm32 mpu6050)
STM32_FOC_SDK_4.0.0_Web_140625
- STM32 FOC电机控制，函数生成工具(STM32 FOC motor control, function generation tool)
STM32CANTIM3CH2TIM2CH2
- MDK环境下的Stm32CAN通讯及定时器脉冲控制步进电机程序(Stm32CAN communication and timer pulse control stepper motor program in MDK environment)
4-RoboModule-STM32F405作为主控的演示代码
- RoboModule motor driver demo
BLDC PMSM2 HALL - 1 -1
- 基于STM32的BLDC矢量控制程序，以STM32为MCU搭建系统，可实现对直流无刷电机的FOC控制与PWM控制(BLDC vector control program based on STM32, with STM32 as MCU to build the system, can realize the brushless DC motor FOC control and PWM control)
BLDC_Cui_STM32F302_DriverCode
- 无刷电机控制,电流采集，矢量控制，SPI读磁编(blushless DC motor drive)
电机速度控制和速度检测
- STM32编码器，单位脉冲读取时间，电机速度控制和速度检测。(Speed control and speed detection of motor)
STM32 PWM SPEED CONTROL
- 用于电机转速的控制，通过PWM调速器调节电机的转速(Control of motor speed)
Protocols
- CAN通信控制电机，监测电机状态，返回结果(brushed DC motor control program based on stm32f103ZETx, files is a part of control program. through CAN BUS to communicate. slave received CAN command and do some specificate movement. slave also watch the device status, protec
14067350
- 单片机51 控制的'直流'电机调速系统，用pwm方法，有加速'，减速，开始停止等功能强大。(The single chip microcomputer 51 controls the 'DC' motor speed control system, with the PWM method, it has the functions of acceleration 'speed', deceleration, starting stop and so on.)
stm32CtlBoard_oldbroad_1121_1619
- stm32+l6470控制两路步进电机。 监控摄像头球机驱动程序(Stm32+l6470 controls two step motor. Monitor camera ball driver)
stm32f10x_temple-nb-1401011140
- stm32开发板上通过配置tim2的通道1通道2和tim3的4个通道，产生六路pwm输出波，与l298n模块相连接，控制并实现三个减速电机的变速(STM32 development board, through configuring TIM2 channels, 1 channels, 2 and tim3 4 channels, generates six PWM output waves, and is connected with L298N module, controlling an
频率 脉冲可控，驱动步进电机
- 使用定时器互联方式，控制步进电机，实测脉冲个数和频率都可控(Using the interconnected timer, the step motor is controlled, the number and frequency of the measured pulse are controlled.)
STM32程序
- 分别控制四路电机转动，转速以正弦规律变化。与计算机进行串口通信，可用串口控制转速，位置控制。(The rotational speed of the four motor is controlled by the sine law. Serial communication with the computer, using serial port to control the speed, position control.)
步进电机驱动器
- stm32控制步进电机，可以用调整速度。(STM32 controls the stepping motor, and the speed can be adjusted.)
频率 脉冲可控，驱动步进电机
- 利用stm32驱动步进电机的开发程序，STM32系列基于专为要求高性能、低成本、低功耗的嵌入式应用专门设计的ARM Cortex?-M0，M0+，M3, M4和M7内核（ST's product portfolio contains a comprehensive range of microcontrollers, from robust, low-cost 8-bit MCUs up to 32-bit ARM-based Cortex?-M0 and M0+, Cortex?-M3, Co
Induction-Motor-Analysis-GUI
- it is a great working machine for us
project
- 依据角度差，计算电机需要的转角，用模拟脉冲串 驱动步进电机转动(According to the angle difference, the rotation angle of the motor is calculated and the step motor is driven by the analog pulse string.)
2、ZYSTM32-A0
- 利用STM32控制电机正反转，提供一套源码，供开发者参考。(Use STM32 to control the motor forward and reverse, provide a set of source code for developers to reference.)