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STM32,ADC采样程序,TIM定时触发
- STM32,ADC采样程序,TIM定时触发,DMA传输,并且串口通信-rerefd fdsgdfgfghgddfhdf
Virtual_COM_Port
- USB模拟串口通信的例子,适合于STM3210E的学习板.-USB serial communication example of simulation for learning in STM3210E board.
stm32-USB
- USB虚拟串口,适用于笔记本用户,可以讲USB虚拟成串口,进行通信-USB virtual serial port, suitable for laptop users, you can say USB virtual serial port, communication
USART-transport-by-STM32MCU
- 使用STM32单片机进行串口通信功能的实现。(通过中断方式进行)-STM32 microcontrollers using serial communication functions. (Through interrupt)
STM32ser
- 基于STM32的双串口通信程序,能实现两个串口的收发,程序默认采用串口2接收数据,串口1发送-Based on the STM32 dual serial communication procedures, can achieve two serial transceivers, the program defaults to the serial port 2 receives the data, send the serial port 1
USART
- stm32的串口通信功能,使用串口一,基本调试功能。-stm32 serial communication function, use a serial port, the basic debugging features.
stm32P485
- STM32+RS485串口通信,上位机是labview。-STM32+ RS485 serial communication, PC is labview.
ET1100 V1.0
- 实现6路串口转工业以太网 主控为 stm32 与ET1100 通信(Realize the 6 way serial port to industrial Ethernet, the main control is STM32 and ET1100 communication)
05、UART串口2输入输出
- stm32f107模拟串口通信,可以通过超级终端观察结果!(Stm32f107 analog serial communication, you can observe the results through the super terminal!)
DREAMER STM32开发板实验7 - 串口通信
- 通信试验,端口设置,可利用作为基本工程伸延开发(Communication test, port setting)
程序代码
- STM32与SIM800串口通信实现网络透传(STM32 communicates with SIM800 serial communication to realize network transmission)
机器人比赛资料整理
- 整体架构是STM32 + CPLD控制2个减速电机带正交编码,3个舵机,8个超声波。一个串口和cubieboard通信,接收下行指令并上传实时监测数据。另一个串口接收遥控器指令。两个都用的DMA方式。(The overall architecture is STM32 + CPLD control 2 deceleration motor with orthogonal coding, 3 steering gear, 8 ultrasonic. A serial port and cubieb
smart_charger
- 用于充电桩主控板监控,通过485串口与电表机主控机通信(For smart charger controller)
扩展实验1 LY-BL001 HC05蓝牙串口模块实验
- PC端配置模块,手机端连接模块 STM32串口配置模块 串口通信((hc05 Bluetooth module experiments on stm32, very suitable for beginners to learn and exercise program))
IAP-Bootloader V1.0
- IAP(In Application Programming)即在应用编程,IAP是用户自己的程序在运行过程中对User Flash的部分区域进行烧写,目的是为了在产品发布后可以方便地通过预留的通信口对产品中的固件程序进行更新升级。 通常实现IAP功能时,即用户程序运行中作自身的更新操作,需要在设计固件程序时编写两个项目代码,第一个项目程序不执行正常的功能操作,而只是通过某种通信方式(如USB、USART)接收程序或数据,执行对第二部分代码的更新;第二个项目代码才是真正的功能代码。(IAP (I
1
- 串口通信实例,通过labview月stm32的串口通信,实现,上位机对下位机的硬件进行控制(usart counmmant simple)
无线通信
- 通过NRF24与usb无线串口进行通信,并可将接受的内容换回给电脑(Through NRF24 and USB wireless serial communication, and the content can be exchanged back to the computer)
STM32
- JY901 stm32f1程序 包括串口和IIC通信 亲测可用(JY901 stm32f1 include usart and IIC it can be used in different place)
2.STM32F105_串口USART1
- 使用stm32f105单片机开发串口,适合stm32初步开发者使用(Using stm32f105 MCU to develop serial port is suitable for STM32 preliminary developers.)
stm32f103zet6蓝牙温湿度
- stm32温湿度蓝牙串口通信 报警系统 led灯蜂鸣器什么的(STM32 temperature and humidity Bluetooth serial communication alarm system LED light buzzer what Bluetooth)