资源列表
实验29：LCD1602液晶
- 基于51单片机控制lcd1602液晶显示程序 通过单片机与液晶连接实现单片机的端口对液晶的控制(Based on 51 single-chip microcomputer control LCD1602 LCD program Through single-chip microcomputer and liquid crystal connection, the MCU port to control the liquid crystal)
实验24：DS18B20温度传感器
- 基于51单片机的温度采集并显示 通过温度传感器的温度采集将模拟量转化为数字量并且显示出来(Based on 51 single-chip temperature acquisition and display Through the temperature acquisition of the temperature sensor, the analog quantity is converted into digital quantity and displayed)
实验30：LCD12864液晶
- 基于51单片机的lcd液晶显示程序 通过将单片机与液晶连接实现单片机控制液晶显示想要显示的东西(LCD based on 51 single-chip LCD program By connecting the MCU with the LCD, the MCU controls the LCD display)
【实验7】ADC
- ADC 转换的小例子。单通道。在Keil环境下编译。(A small example of ADC conversion. Single channel.)
【实验2】UART
- LPC1768单片机的UART功能调试。通过串口可观看结果。(LPC1768 microcontroller UART function debugging. View results through the serial port.)
bsp_DHT11
- 单片机读取温度传感器的温度值,使用串并联通信，主程序中要把前四位数据读出来才是温度，这个只是stm32读取DHT11的全部数据程序。(stm32 read the value of the DHT11)
i2c
- 适用于I2C通信的OLED屏幕驱动程序。(OLED screen drivers for I2C communications)
ST105
- 这是STM32F105手册书，以及他的功能介绍(STM32F105 USER GuIDE)
timer
- ARM m4 FPGA开发模块，用于timer模块的开发(ARM M4 FPGA development module, used for the development of timer module)
DAC7611
- DAC7611读写代码，实现dac转换,12bit的dac芯片，spi通信(DAC7611 read and write code, to achieve DAC conversion, 12bit DAC chip, SPI Communications)
cpu3
- 编码器解码程序，采用4倍频、闭环精确控制走位，步进电机加减速控制(The encoder decoder, precise control of position by 4 octave, closed loop, stepper motor acceleration and deceleration control)
CPU1
- 使用AVR单片机+cpld的控制方式，实现步进电机加减速和步进电机位置控制(Using AVR microcontroller +cpld control method to achieve stepper motor acceleration and deceleration and stepper motor position control)