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uart
- 实现异步串行通信,采用模块化的自顶向下设计-Asynchronous serial communication using the top-down modular design
code
- 1、 主控模块:采用89C52单片机进行各项控制; 2、 键盘处理、显示及报警模块:实现人机交互操作和控制; 3、 定时及电器控制:通过继电器连接外部电器,由单片机进行定时控制; 4、 异步串行通信:实现微机RS-232接口和单片机的异步串行通信; 5、 在线编程接口:通过微机串行口或USB接口,实现微机对单片机的在线编程控制; -Master module: 89C52 microcontroller various control 2, keyboard handlin
6-1
- msp430的异步串行通信程序,完成的工程可以直接在两个机器之间完成串口通信-Asynchronous serial communication program MSP430, the completion of the project can be completed serial communication between two machines
rx_module
- 用Verilog实现FPGA的异步串行通信-FPGA implementation using Verilog asynchronous serial communication
149异步串行通信(点对点通信)
- msp430f149点对点异步串行串口通信(MSP430F149 point to point serial communication)
串行通信
- 计算机与单片机之间实现串行通信,10位异步通信,波特率1200,采用定时器1产生,实现计算机串口调试助手与单片机之间的双向通信;(The serial communication between computer and MCU is achieved. Asynchronous communication with 10 bits and baud rate of 1200 are generated by timer 1, which realizes two-way communicati
基于FPGA的异步串行接口设计
- 一份异步串行通信实验的pdf,给有需要的人,各功能代码都有(Asynchronous serial communication experiment for people in need)