搜索资源列表
BLDC_MOTO_DRIVER
- 学习三相无感无刷(BLDC)电机的基础驱动程序和电路.应用实例为迈拓40G硬盘的主轴电机.改变输入电压可以改变转速.如应用自动控制,可以用pwm来控制输入电压来达到速度控制.如有闭环反馈,即可实现恒速运转-Learning without a sense of three-phase brushless (BLDC) motor driver and circuit basis. Application examples for the Maxtor 40G hard disk spindle
123
- L297与L298组合的步进电机驱动程序-L297 and L298 stepper motor driver combination
Motor
- 直流电机驱动程序，可实现键盘选择电机转动转速-DC motor driver can select the motor rotation speed to achieve the keyboard
LinuxDriverForStepper
- 步进电机在Linux的驱动程序，CPU为S3C2410-Stepper motor driver in Linux, CPU to S3C2410
Four-wire-stepper-motor
- 单片机控制步进电机，MCU采用mc9s12a64；步进电机 两相 四线 驱动程序-SCM control stepper motor, MCU using mc9s12a64 two-phase four-wire stepper motor driver
microstep_18f452
- stepper motor driver with pic 18f452
Motor-drive
- 详细的C51单片机电机驱动程序，非常实用-Details of the C51 single-chip motor driver, very useful
motor-driver
- 飞思卡尔智能车电机驱动模块的原理图，应用于飞思卡尔智能车上连接主芯片与电机的模块。-Freescale smart car motor drive module diagram, used to connect the main chip Freescale' s Smart car with the motor module.
motor
- 二相四线的步进电机驱动程序。采用51单片机控制-Two-phase four-wire stepper motor driver. With 51 single-chip control
Servo-driver
- This simple servo motor driver which can rotate the shaft 90 or 180 or 270 degr-This is simple servo motor driver which can rotate the shaft 90 or 180 or 270 degree
Stepper-motor-test
- 基于51单片机的步进马达驱动程序，适合于51单片机初学者使用-Based on 51 single-chip stepper motor driver chip suitable for beginners 51
stepping-motor(step-control)
- 电机的驱动程序，通过单片机来控制电机的转动，已通过测试，可根据实际情况直接调用-Motor driver chip to control the motor through the rotation, has been tested according to the direct call to the actual situation
step-motor
- 步进电机程序 C8051F410驱动程序-Stepper motor driver application C8051F410
Step-motor
- Stepper motor driver for any application
Motor
- 一个51单片机电动机驱动程序，很经典很简单适合初学者学习使用-A single-chip motor driver 51, it is very easy for beginners to learn the classic use of
stepping-motor
- 步进电机的驱动程序，精确地实现电机的角度控制-Stepper motor driver, angle accurately control the motor
stepping-motor-design
- 本系统采用AT89S51单片机来控制步进电机，不仅可以实现电机的正反转，还可以实现预置步数转动显示，以及LED正反转状态显示功能，电路设计可靠且易于实现，程序设计简单易懂。本系统主要由按键电路、单片机最小系统、AT89S51单片机、步进电机正反转状态显示电路、驱动电路以及步进电机等几部分组成。输出驱动电路采用一个六非门芯片74LS04和ULN2003A，来驱动步进电机的四相绕组。短路保护采用一个0.4A的保险管，防止因绕组短路而烧毁烧毁电机绕组线圈。-The system uses AT89S5
stepper-driver-by-51-chip
- 51单片机驱动步进电机，用于测试4相步进电机常规驱动-51 single-chip stepper motor driver, used to test the conventional 4-phase stepper motor driver
PID-with-the-dc-motor-driver
- 使用经典的PID闭环控制算法来控制直流电机，并能够实现正转和反转！-With classic PID closed-loop control algorithm is proposed to control dc motor, and can realize are turning and reverse!
Ray-race-driver-selection-list.
- 雷塞驱动器选型手册 m542驱动器使用说明 DM320C数字式两相步进驱动器使用手册 35步进电机 DM422C数字式两相步进驱动器使用手册 步进电机驱动器DM422C调试软件-Lei Sai Drive Selection GuideThe use of m542 driveDM320C digital stepping drive user manual35 step motorDM422C digital stepping drive user manualSteppe