资源列表
TEST522_C51
- MFRC522读卡芯片，用51单片机实现读写卡. MFRC522是应用于 13.56MHz -MFRC522 card reader chip, using 51 single chip to achieve read and write cards. MFRC522 is applied to 13.56MHz
stm32F407-Drone-controller
- 基于stm32f407芯片的微型六旋翼飞行器控制源代码-Stm32f407 chip based on the micro six rotor aircraft control source code
stm32f042-BMP180-sensor
- stm32f042 BMP180 贴片压力传感器 数据读取-stm32f042 BMP180 sensor
project
- 基于51单片机的流水灯，左右来回 非常适合初学者学习-Based on 51 single chip microcomputer of flowing water light, or so back and forth
temp_control
- 基于单片机的智能温度控制系统 内带Proteus仿真 非常适合学习-Based on single chip microcomputer intelligent temperature control system Within the Proteus simulation Very suitable for learning
DC-Motor
- 基于单片机的直流电机调速系统 带proteus仿真 适合初学者学习-Dc motor speed control system based on single chip microcomputer Take the proteus simulation Suitable for beginners to learn
controlled-stepper-motor
- 基于单片机正转反转可控的步进电机 带proteus仿真 非常适合初学者学习-Based on single chip microcomputer is reverse controlled stepper motor Take the proteus simulation Very suitable for beginners to learn
stm32f042-drone
- 基于stm32f042 的四旋翼无人机遥控器程序-stm32f042 drone controller
frequency
- 基于单片机的频率发生器 带proteus仿真 适合初学者学习-Based on single chip microcomputer frequency generator Take the proteus simulation Suitable for beginners to learn
timer
- 利用定时器产生一个0~99秒变化的秒表，并且显示在数码管上，每过一秒将这个变化的数写入板上AT24C02内部。当关闭实验板电源，并再次打开实验板电源时，单片机先从AT24C02中将原来写入的数读取出来，接着此数继 续变化并显示在数码管上-Use timer to generate a change of 0 to 99 seconds stopwatch, and displayed on digital tube, every passing second the number of the
SPI
- 基于AVR系列Atmega16单片机SPI口的通信，单片机工作于主模式，向外围芯片发送数据，通过LED灯显示接收到的数据。-AVR family of microcontrollers based on the communication Atmega16 SPI port, the device is in the master mode, sends data to the peripheral chips, displays the received data via LED lights
lanyaC
- 通过控制电机，达到控制小车前进、后退、左转、右转的目的-By controlling the motor to control the car forward, backward, turn left, turn right purpose