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stm usb mac
- 用stm32f103中的usb功能模块实现与pc机通信,模拟一个u盘。
USBMouse
- 此程序是利用STM32的USB外设功能实现与上位机的通信-USB protocol PC communication
stm32f4x7_eth_lwip
- 意法半导体ST公司的最新ARM CortexM4内核的STM32 F4 系列处理器,采用lwip网络协议实现以太网通信源代码。-STM32 F4 series MCU for ST,the source code with lwip to reach TCP/IP communication.
USART
- 实现芯片STM32与电脑之间的串口数据通信-STM32 chip and computer realization of serial data communication between
3USB-Configuration-Descriptor
- 3、STM32 USB HID实现USB双向通信-3, STM32 USB HID USB bi-directional communication to achieve
stm32_2.4Gwireless_communication
- 本文档实现了stm32的2.4G的无线通信,采用NRF24l01无线通信模块。-this paper realize the wireless communiction with 2.4GHZ by using NRF24L01 wireless communication module.
STM32-CONTROL-USB
- 基于STM32处理器和PC主机的USB通信协议的实现-STM32 AND USB DRIVE PROGRAM.
STM32-wireless
- STM3开发板带有2种2.4G无线模块的接口:一个是NRF24L01模块;一个是安阳新世纪的JF24C模块。前者采用8脚插针方式与开发板连接,而后者采用贴板10PIN的方式与开发板连接,前者安装拆卸比较方便,后者价格更低。我们将以NRF24L01模块为例向大家介绍如何在 MiniSTM32开发板上实现无线通信。-stm32 wireless
test
- stm32 无线通信 。本实验将实现如下功能:开机的时候先检测NRF24L01模块是否存在,在检测到NRF24L01模块之后,根据KEY0和KEY1的设置来决定模块的工作模式,在设定好工作模式之后,就会不停的发送/接收数据,同样用DS0来指示程序正在运行。-In this study, the following functions will be realized: it will detect NRF24L01 module when you start the machince.After
stm32-I2C
- stm32硬件I2C的使用。使用STM32自带的硬件I2c,实现与外围器件的通信,配置寄存器,读取数据。-stm32 hardware I2C use. STM32 own hardware I2c communication with peripheral devices, the configuration register to read the data.
stm32-485
- 485通信实现 每次按键按下 就发送 5 个数据给另外一个开发板-Each time the button is pressed to achieve 485 sends data to another five development board
STM32-connected-NRF905
- STM32F103与NRF905的通信连接程序,程序分为发送端和接收端两部分,能实现基本的数据通信,距离视具体模块天线而定,使用了模拟的SPI接口-STM32F103 NRF905 communication connection program, the program is divided into sending and receiving ends of two parts, to achieve the basic data communications, distance depen
stm32
- stm32实现串口通信,与上位机串口通信-stm32 serial communications
STM32PDP83838PSHT11
- STM32实现DP83838通信程序 实现了UDP传输温湿度,TCP传输温湿度,HTTP通信.温湿度传感器采用SHT11或者DHT11。-STM32 realizes DP83848 communication procedure, and also realizes UDP procedure, TCP procedure, HTTP procedure. temperature and humidity sensor are SHT11 or DHT11.
网络通信 V0.1
- 利用stm32 和W5500实现tcp服务器的代码(Using STM32 and W5500 to implement the code of TCP server)
CAN通信
- stm32单片机can通信源程序,能够成功实现验证。(there is source program of STM32 about Can communication,and we have a successful verification.)
stm32
- STM32和FPGA通信,采用SPI的方式实现(Communication between STM32 and FPGA Implementation in the way of SPI)
STM32使用I2C驱动GY-30光照传感器和SPI总线驱动DHT11
- 对于光照传感器的使用,在串口调试助手上将光照强度显示出来,每隔2S,读取一次,否则会出现读取失败。 对于温湿度传感器也是同样的道理,只是为了节省GPIO口,使用SPI单总线通信模式,实现对于温湿度的数据采集以及显示。 其中还包括了对应的串口通信,以及对于printf的重定向,使其打印在串口助手的接收区。
usart
- 基于stm32f407实现stm32 usart通信(Implementation of STM32 USART communication)
STM32_USART_LED_CAN500K
- 用stm32f10x实现can和串口通信功能(use stm32 can to usart)