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mkaiah
- STM32用SPI与74HC595通讯,串行数据转并行,可应用为O口拓展(STM32 with 74 hc595 are needed by SPI communication, parallel, serial data transfer can be used for O for development)
NRF24L01无线通信实验
- 在一块STM32 MINI 开发板上实现NRF24L01的双向通信，用两个SPI总线。显示在上位机上面。(On a STM32 MINI development board, two-way communication of NRF24L01 is realized, using two SPI buses. Displayed on the upper computer.)
AD7794
- AD7794 驱动,单片机是STM32 ，四个IO口模拟SPI，任意IO都可以驱动(AD7794 drive, single chip microcomputer STM32, four IO mouth simulation SPI, any IO can be driven)
战舰板RC522SPI
- 基于战舰板的STM32 + RC522 SPI,使用4.3寸LCD,已经测试,读卡信息OK!(STM32F10X + RC663 SPI code!)
SPI2
- Grapes are grown on the trees.
13898359STM32-AD7705
- 用C语言编程对模拟量进行采集，单片机采用STM32，用SPI协议去读写AD7705，精度高，稳定性好，适合前端模拟量采集。(C language programming is used to collect analog data, MCU uses STM32, and SPI protocol is used to read and write AD7705. It has high precision, good stability, and is suitable for front-e
AD_Capture
- spi adc驱动，stm32微处理器，外置spi adc(spi adc stm32 driver)
7447955
- STM32用SPI与74HC595通讯,串行数据转并行,可应用为O口拓展()
完整通信好使电机转 - TM3 -
- 1.基于STM32利用DRV871驱动步进电机 2.配置SPI使STM32和DRV871通信控制步进电机 3.配置PWM控制DRV871的Step来控制步进电机的转速(1. using DRV871 to drive the stepper motor based on STM32 2. configuration SPI makes STM32 and DRV871 communication control step motor 3. configuration PWM contro
AD5542
- AD5542用STM32,通过SPI输出变化的电压(AD5542 STM32, through the SPI output voltage changes)
stm32f030f4-956260
- STM32F030采用ARM Cortex内核，运算速度高达48 MHz。STM32F030是STM32系列中价格最低的产品，具有全套外设，例如高速12位ADC、先进且灵活的定时器、日历RTC和通信接口（例如 I2C、USART和SPI）。(STM32F030 adopts the ARM Cortex kernel, and the operation speed is as high as 48 MHz.STM32F030 is the lowest priced product in th
STM32_SPI_ADS1118
- 程序使用TI的16位片外ADC采集数据，STM32F103C8T6单片机，485的RTU协议(The program uses 16 bit outside ADC of TI to collect data, STM32F103C8T6 MCU, and 485 RTU protocol)
复旦微FM1702SL芯片IC读卡
- STM32控制复旦微FM1702SL读取射频IC卡，包括SPI(STM32 controls Fudan micro FM1702SL to read radio frequency IC cards, including SPI)
005798
- STM32用SPI与74HC595通讯,串行数据转并行,可应用为O口拓展()
ADS_spi-2
- ADS1248读取程序，用于SPI通信，ADS1248+STM32(ADS1248 read program)
bysj
- 使用stm32实现读卡，写卡等功能。供水系统的开发方法与其相关的技术与实现，使用到的理论知识和技术包括C语言、射频识别技术、Cortex-M3、ISO/IEC 14443协议、SPI等。该系统的开发基于STM32，读卡器芯片使用MFRC-522，使用非接触式智能卡Mfare1。方便操作，界面友好，能够达到节水的目的。(Read and write data to the smart card by stm32)
双oled
- stm32实现双oled的显示，一路用spi，一路用软件仿真(STM32 implements double OLED display)
FSMC-TFTLCD显示等实验例程
- 此例程适用对象：新手，例程内容包括 FSMC-TFTLCD显示、SPI-FLASH、以及STM32内部flash实验例程(This routine is applicable to objects: novice, the routine content includes FSMC-TFTLCD display, SPI-FLASH, and STM32 internal flash experimental routine)
ST7735
- 1.8寸TFT显示屏，ST7735的驱动。GYTF018LB35模块使用，89C52、8位并口驱动。如果是使用的是SPI通信或者是STM32使用，都只需要修改两个函数（LCD_Write、LCD_Write_Data16）的内部，即可。(1.8 Inch TFT display, ST7735 driver. The GYTF018LB35 module uses ; 89C52 ; 8 bit parallel port drivers. If you are using SPI commun
ADS1256驱动
- ADS1256驱动测试程序（STM32单片机，硬件SPI，软件SPI，89C51）