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红外数据通信实验
- C51单片机实现红外数据的通信与传输 数据通过串口格式化 38 KHZ载波-C51 MCU infrared data communications and the transmission of data through the serial format 38 kHz carrier
DSP与PC机串口的高速数据通信的实现
- DSP和PC机通过串口进行通信的好例子-DSP and PC serial communications through the good example
485_full-duplex_communication
- 485全双工通信源代码，包括485单数据通信、485多数据通信、485通信调试、485自动收发通信！-485 full-duplex communication source code, including 485 single data communications, data communications over 485, 485 debugging, 485 automatic send and receive communication!
RS485
- 单片机上电后向串口数据0XAA，接收到数据后，然后向串口发送接收到的数据使初学者领略使用中断进行数据通信，传输方式为RS485-Power single-chip serial data to the 0XAA, receive data, and then sent to the serial data received interrupt beginners enjoy the use of data communications, transmission for RS485
PocketPCwithSQLCE_Src
- 嵌入式系统的发展异常迅速，因此，实现PDA与远程主机间的数据通信和同步对企业来说，显得尤其重要，本源码示例了PDA终端如何通过RDA等方式与远程服务器实现数据交互、同步等。-The development of embedded systems very rapidly, therefore, the realization of PDA with the remote data communications between the host and synchronization of the
freescale
- 本通信机群包含五个终端节点，每个节点均由2.4G无线数据收发芯片MC13192和低功耗微控制器MC9S08GT60组成，实现了低功耗多终端无线数据传输。实验表明，为此系统设计的基于SMAC的无线数据通信协议，实现了稳定的点对点和一对多通信，用VC设计的上位机监控程序提供了良好的人机界面。-The communication terminal cluster of five nodes, each node by the 2.4G wireless data transceiver and MC1
arm_AND_PLC_COMMUNICATE
- ARM 和 PLC 的通信:本文通过一个开发实例详细说明如何通过PLC的CAN接口与运行Linux操作系统的ARM9处理器进行数据通信。论文给出接口部分的实际电路和ARM9-Linux下驱动程序的开发过程。-ARM and PLC communication: In this paper, developed through a detailed descr iption of examples of how PLC-CAN interface with the Linux operating
PTR2000_SCH_and_Source_Code
- PTR2000+无线数据通信电路图和源代码-PTR2000+ wireless data communication circuit diagram and source code
STM32F10x_硬件I2C从机（接收数据 - 中断方式）
- 实现STM32F103单片机作为主机与其他单片机进行通信(STM32F103 microcontroller as a host to communicate with other microcontrollers)
28.CAN总线转发自身接收到的数据
- CAN通信，基于STM8S，可以实现CAN的数据收到后通过串口转发。(CAN communication, based on STM8S, you can achieve CAN data received through the serial port forwarding.)
STM32 SPI双机通信
- 做主机接收时，不能和发送共用一个函数。该程序是基于stm32的双机通信程序。一定要理解好主机和从机的作用，做主机时会控制通信的时钟，从机是不能产生时钟的。如果从机要发送数据，那可以在主机发送数据 的时钟上发送数据。(You cannot share a function with the host when you host the receiver. The program is based on STM32 dual computer communication program. Be su
简单模拟串行通信2017-10-10 (1)
- 使用单片机任意IO口用软件的方法模拟实现异步串行数据传输的方法，并采用多次采样软件方法来增加软件模拟串口通讯的可靠性，在以上基础上，进一步用具有中断功能的IO口来实现数据的接收，从而增加软件模拟方式的实用性和灵活性；(The use of single-chip arbitrary IO port with the method of software simulation method to realize asynchronous serial data transmission, and
UDP传输数据-RTC触发STOP
- NB-IOT stm32开发板的参考资料 UDP传输数据-RTC触发STOP(NB-IOT STM32 development board reference UDP transmission data -RTC triggers STOP)
UDP传输与接收数据
- NB-IOT stm32开发板的参考资料 UDP传输与接收数据(NB-IOT STM32 development board reference data UDP transmission and receiving data)
UDP上下收发数据控制LED-定向IP
- UDP上下收发数据控制LED-定向IP NB-IOT-stm32l系列开发板(UDP up and down receiving and receiving data control LED- oriented IP NB-IOT-stm32l series development board)
实验33 无线通信实验
- 利用nrf2401进行无线传输，其有效距离可以达到20米的传输，可以通过在 发射端及接收端设置不同地址，通过传输地址及接收地址进行两点间的数据传输。(By using nRF2401 for wireless transmission, its effective distance can reach 20 meters. It can transmit data between two points by sending different addresses at the transmitt
红外数据通信实验
- ? 掌握利用红外线实现数据传输的原理和方法。，利用两块实验板，利用红外线实现实验板A向实验板B发送数据。并将发送和接收的数据显示在数码管上。(The principle and method of using infrared ray to realize data transmission are mastered. Using two experimental plates, the experimental board A is used to send data to the exper
基于51单片机的多机通信
- 实现主从多机通信，一个主机，三个从机，三个开关实现配置通信地址，矩阵键盘为发送数据，在地址相配的从机会显示相应的数字。无源码，提供两个hex(To achieve master slave multi machine communication, a host, three slave computers and three switches are used to configure the communication address. The matrix keyboard is for s
NRF24L01无线通信
- NRF24L01 无线通信 实现传输数据(NRF24L01 wireless communication)
单片机数据通信典型应用大全
- 单片机个外设通信接口实例代码，稍加修改可使用于各种型号的单片机(Example code of the peripheral communication interface of single chip microcomputer)