搜索资源列表
ss
- PC机与51单片机在管道机器人设计中的上位机控制程序 主要用来控制下位机中步进电机的移动方向-PC-51 single-chip microcomputer in the pipeline design of robot PC control program is mainly used to control digital machine direction of movement of the stepper motor
uart
- 通过avr单片机的uart与pc机通信，通过串口调试助手上发送1—f控制单片机板上的数码管-Avr通过MCU UART communication with the pc through the serial debug aide sent on 1-f control of single-chip digital control panel
pc
- 通过RS-232实现pc机与单片机的串口通信-Through the RS-232 and MCU pc implementation of serial communication
DataPeek
- 基于at89s52单片机的模数转换c51源程序。单片机与模数转换模块PCF859相连，总线协议为iic。单片机与上位机用串口线相连，传输速率为9600bps。可实现模数转换模块与电脑端的通信。可在PC端用串口调试软件方便地对PCF859进行实验。-AT89S52-based single-chip analog-digital conversion of the C51 source. Microcontroller and analog-digital conversion module co
li
- PC机与单片机之间通过串口进行通信 已测试通过-Between PC and MCU to communicate through the serial port have been tested
51study
- 自制的51单片机学习板，包括原理图以及可以进行的实验源代码，目前的源代码有: 1.发光二极管闪动实验 2.发光二极管花样跑马灯实验 3.按键识别并通过串口发送到上位机. 4.PC机与RS232串口实验 5.DS18b20的温度采集实验 6.4位一体数码管显示 7.9.9秒跑表设计 8.红外编码，解码 9.红外遥控音乐的播放 10.I2C总线的学习――24C02的读写 11.SPI总线的学习――93C46的应用 12.播放歌曲实
MAX038
- 介绍了一种基于MAX038的宽频程控波形发生器。它可以产生三角波、方波和正弦波．输出频率范围为1．6 kHz～40MHz。与其他类型的波形发生器相比，该系统具有程控调节输 出频率的突出优点：以单片机和集成波形发生芯片MAX038为核心构成硬件电路能自动地反馈控制输出频率：采用上位机(Pc机)的软件设置波形发生器的各种参数并实时显示输出频率值。该波形发生器已经成功地应用于超声波发射换能器中。-Introduced a program based on the MAX038 waveform g
rs232
- PC机与RS232串口实验，实现51单片机通过串口进行数据的收发.-PC, and RS232 serial experiments, to achieve 51 microcontroller through the serial port to send and receive data.
D12_MSP430
- 基于MSP430单片机与USB接口芯片PDIUSBD12的程序；实现与PC机的USB连接！-Based on MSP430 MCU and USB interface chip PDIUSBD12 procedures Implementation and PC-USB connection!
CH375
- 单片机利用CH375芯片与PC机进行通信，从而利用单片机的指令来控制PC机的一些操作-CH375-chip microcontroller used to communicate with the PC, and thus the use of SCM commands to control the PC, some of the operations
U3
- MSP430F149单片机实现学习板通过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-MSP430F149 MCU learning board through the USB port and PC-communication, the user keys K1 ~ K4 of the key can be USB sent to the PC-display
a
- 用单片机采集人体的脉搏信号,并用单片机通过串口与PC机通信.-Collecting the body s pulse signals with the MCU.
HyperTerminal
- 在51单片机上实现与PC机的串口通信，在超级终端上输入输出命令及反馈信息。-In MCS-51 to achieve the serial communication with the PC, in the super-terminal input and output commands and feedback.
02
- 51单片机串口与PC通信。包含单片机程序和上位机程序。-51 Single-chip serial communication with the PC. Contains the SCM process and host computer programs.
atmega128_uart
- atmega128_uart代码，与单片机之间通信，与PC机通讯。-atmega128_uart code, and communication between the microcontroller and PC machine communication.
pc
- 用52单片机编程通过串口与pc进行数据通信，pc用上位机软件接收-Microcontroller programming with 52 pc through the serial port for data communications, pc to use PC software to receive
pic
- PIC单片机编程器，可编程多数PIC单片机，编程器通过USB接口与PC机相连接。-PIC microcontroller programming, programmable majority of PIC microcontroller programmer through the USB interface and PC-connected.
keilc51_manual
- 单片机与上位机PC的通信程序设计方法： ⑴串口初始化：波特率定为4800 ⑵串口接收数据：串口初始化后处于数据接收状态，当有数据到达串口时，串口将数据接收保存在寄存器中暂存 ⑶串口发送数据：等数据接收完成后，将寄存器中暂存的数据通过串口发送给该数据的来源地。-PC-MCU and host computer communication program design: ⑴ serial port initialization: the baud rate as 4800 ⑵ serial rece
51danpianjitongxin
- 改文件是51单片机的通信内容及程序，其中包括应用RS-232及RS-485与上位机的通信，也可以与PC机进行通信。-Changed files are 51 single-chip communication content and processes, including the application of RS-232 and RS-485 communication with the host computer can also communicate with the PC machi
serial-c51
- AT89C51串口通信实例：单片机与上位机实现双向控制，单片机程序KeilC,上位机VB编写。程序调试通过。-AT89C51 Serial Communication Example: Microcontroller and PC bidirectional control, SCM KeilC, PC VB,. Debugging through.