搜索资源列表
L298N
- L298N驱动步进电机的电路图,可以制成PCB板-L298N Driver circuit diagram of the stepper motor can be made of PCB board
avr16-step_motor-control
- 本设计采用ATEML公司的mega16 单片机对步进电机进行控制,通过IO口输出的具有时序的方波作为步进电机的控制信号,信号经过芯片L298N驱动步进电机;同时,用键盘来对电机的状态进行控制。-This design uses the company ATEML S mega16 SCM ATEML stepper motor control, through the IO port output with the timing of the square wave as a stepper m
bjdj
- 采用单片机AVR mega16作为控制系统的核心,以4*4的小键盘为输入设备,以反射式红外发射-接收器为数据采集部件,用L298N芯片组成功率放大电路驱动电机,四连排数码管作为显示电路的部件,利用直流稳压电源供电,用数码管显示电机的转速,完成对电机的转速、转向、启停等多种工作状态进行快速而准确的控制,组成了一个比较完整电机控制及转速显示闭环系统。-This design uses a singlechip AVR mega16 to be the core device of the contr
controcar
- 利用L298n芯片实现了对直流电机的控制,从而实现了对小车的控制,可以实现小车的加减速,方向的转变。-Using L298n chip for DC motor, thereby achieving the control of the car, car' s acceleration and deceleration can be achieved, the direction of change.
dianji
- 基于单片机的智能小车设计,通过STC51单片机和恒压恒流桥式2A驱动芯片L298N模块连接,实现了小车的前进后退,左右转的功能,可做为电子设计大赛的重要资料-SCM s smart car design, by STC51 MCU and constant voltage constant current driver chip L298N 2A bridge modules to achieve the car forward and backward, turn left and right
PIDsudukongzhicx
- 本设计采用STC12C5A60S2单片机作为主控芯片实现了PID电机调速控制器。传感器采用欧姆龙的200线编码器。电机驱动模块采用L298N,电机的供电系统是使用LM2596芯片来供电的。程序设计中的亮点是采用了PID的算法来实现了电机的控制,并用LCD12864液晶显示器实时地显示出速度。-This design uses STC12C5A60S2 as the main chip microcontroller implements PID motor speed controller. S
Ultrasonic-car
- 该源码基于51单片机,实现小车的摇头避障功能,使用HC -SR04超声波模块探测距离返回给单片机,单片机控制舵机实现小车的“摇头”,四个直流电机采用俩个L298N控制-The source code based on 51 single-chip, to achieve the car s shaking his head obstacle avoidance function, the use of HC-SR04 ultrasonic module detection distance ba
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