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RS232_Terminal
- 一个操纵RS232端口的程序，可以进行端口的设置以及发送和接受。
usb
- 开发环境ADS 通过编写一段程序使PC机与实验箱的从USB相连接。连接的时候，可以从PC 机通过执行USB读写程序，通过其USB 端口发送命令程序到实验箱中，从而实现控制4个LED的闪烁。
chuankou
- 利用汇编语言编写的串口通信程序，可发送数字并显示在接收端的数码管上，用PROTEUS7仿真，测试通过，运行良好-Written in assembly language using serial communication program, the number can be sent and displayed at the receiving end of the digital control, and with the PROTEUS7 simulation, test, run goo
stc4510DAQ
- LabVIEW9.0版本编写上位 KEIL4.0编写的单片机ADC采集程序 通过串口发送到电脑端-LabVIEW9.0 version prepared by the host microcontroller ADC KEIL4.0 acquisition program written sent to the PC via the serial port
8251
- 通过实验台按钮控制8251A发送数据: 连接实验台按钮SP到8255的PB0，连接8255片选CS到译码输出070； 初始化8255的PB端口为方式0； 初始化8251A： 方式命令字=异步16分频/8位/无校验/1个停止位:4EH 工作命令字=允许接收/允许发送/DTR=1/RTS=1/清除错误:37H 通过读取8255的PB的0位，检测按钮按下动作； 当按钮按下，控制8251A发送0-9的ASCII码共10个字节 ； 当程序在实验台运行，强行退出PC端DVCC
chuankoutongxin
- 基于Atm89c51并用定时器T0方式以及串口通信送入4094，用数码管接于4094输出端，使单片机发送的数据能间接的在数码管上显示0-99；-T0 timer based Atm89c51 and use serial communication mode and into 4094, then in 4094 with digital output, the microcontroller sends the data to indirect control on the digital d
UART0
- 本代码基于keil3编译，针对ARM7的LPC2103 的UART0端口，主要是与上位机数据发送和传输-The code is based on keil3 compiler for ARM7 LPC2103. The UART0 port, send and transfer of data between PC
18-RS485
- 程序功能：通过RS485端口不停地发送数据0x-Program features: sent through the RS485 port data 0xaa
RS485--MSP430
- 程序功能：通过RS485端口不停地发送数据0xaa 测试说明：用示波器观察RS485端口A、B信号线上的波形或者用RS485接收器接收发送的字符。-Program features: non-stop through the RS485 port to send data 0xaa test: RS485 ports A, B signal line of the waveform or RS485 receiver to send characters observed with an o
C51_UART
- 将实验箱232通信的接收端与发送端短接，P1.0接一个发光二极管，编写串口自发自收（查询方式）通信程序，检查本单片机的串口是否完好，如果发送字符与接收字符一致，则P1.0亮一秒灭一秒闪亮；否则，P1.0熄灭。设fosc=11.0592MHz，波特率为9600。要求用定时器T0实现1S的延时。 -Shorted to the experimental box 232 receiving end of the communication with the sender, P1.0 by a li
main
- msp430 c编程 将ADC对P6.0端口电压的转换结果按转换数据和对应的模拟电压的形式通过串口发送到PC机屏幕上显示-msp430 c programming the ADC conversion data and the form of the corresponding analog voltage of the the P6.0 port voltage conversion results sent through the serial port to the PC screen d
little-car-send
- 小车采用STC12C5A16S2（主单片机）可以实现测量前方障碍物的距离，并实时发送给从单片机STC89C52，之后从单片机通过串口发送给电脑，此文件为发射端程序 -Car used STC12C5A16S2 (main MCU) can measure the distance between the front of the obstacle, and real-time to the slave microcontroller STC89C52, then sent from the mi
littlecar-receive
- 小车采用STC12C5A16S2（主单片机）可以实现测量前方障碍物的距离，并实时发送给从单片机STC89C52，之后从单片机通过串口发送给电脑，此文件为接收端程序-Car used STC12C5A16S2 (main MCU) can measure the distance between the front of the obstacle, and real-time to the slave microcontroller STC89C52, then sent from the mic
KB3
- 通过USB端口与PC机通信，用户按键K1~K4的键值可以通过USB发送到PC机上显示.-Through the USB port and PC communication, the user key press K1~K4 key can be sent by USB to the PC display
VMD642_uartio
- UART 测试 本例程在 VMD642_uartio 中。 VMD642-C卡中有两路 UART 接口，在本例中，UART 的接口标准配置为 RS232，波特率-9600，数据位-8，校验位-None, 停止位-1，采用查询工作方式。 在目录 Win32\serial 下提供一个串口调试器.exe，注意设置正确的波特率。 用开发板随带的串口线将 DSP 开发板的串口和计算机串口连接好，启动串口调试 器.exe，设置串口参数，然后打开串口，就可以在发送窗口发送
GY86_test2
- GY86模块简单读取数据，并通过串口USART2发送到PC端显示-GY86 module simply read the data and sent to the PC via the serial port USART2 Show
NRF24L01
- 基于STC12C5A60S2的NRF24L01的接受和发送，发送端用摇杆进行AD转换，后接收端用串口发送到上微机，在上微机显示数据。-Based receive and send STC12C5A60S2 of NRF24L01 of the sender with a joystick AD conversion, after the receiver to the PC with a serial port, displaying the data on the computer.
untitled2
- 通过串口实现pc跟开发板通信，开发板商店后会有一个界面，街面上有小键盘，点击小键盘输入数据，之后点击发送，会在pc端串口调试助手哪里收到数据，反之，会在开发板上接收到数据-Pc via serial port to communicate with the board, after the store will have a development board interface, the streets have a keypad, click on the keypad to enter d
实验4 串口
- PC端串口调试助手向板子发送数据，板子接受到数据后，再把数据发送回给PC端串口调试助手(PC port serial debugging assistant to send data to the board, the board accepted the data, and then send the data back to the PC side, serial debugging assistant)