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STM32F4_SPI_Send-_Receive-Data-Using-DMA
- This project describes STM32F4 microcontroller communicates with other STM32 microcontrollers using SPI protocol using DMA. The Compiler used is MDK-ARM V5
w5100
- SPI 高速网卡驱动，已在项目上调试OK-SPI high-speed network card driver has been debugging OK on the project
stm8l052
- STM8L利用硬件SPI驱动外部flash w25q64,使用IAR编译环境，为整个工程文件，调试通过。-STM8L use external hardware flash drive w25q64 SPI, the use of IAR compiler environment for the entire project document, debugging through.
spi_verilog_master_slave_latest.tar
- 该项目从需要具有强大而简单的以VHDL编写的SPI接口核心开始，用于通用的FPGA到设备接口。 所产生的内核产生小而高效的电路，从非常慢的SPI时钟到超过50MHz的SPI时钟。-This project started the need to have robust yet simple SPI interface cores written in VHDL to use in generic FPGA-to-device interfacing. The resulting co
SPI_TO_USART
- SPI to UART convert project for STM32F100 microcontroller
tinycpufiles
- TinyCPU源码,使用Verilog编写的资源占用极少的CPU。Quartus工程，可跑在Altera MAXII CPLD上,也很方便移植到其他FPGA上。CPU使用200个逻辑单元，外设(SPI,LCD等)使用180个逻辑单元。 内含汇编编译器源码(VC2008)，可编译CPU对应的汇编文件。-The sourcecode of TinyCPU, which only consumed very few logical cells, written by Verilog. It is
io2spi
- 因工程需要，实现IO口模式3线制SPI；片选、时钟和MOSI三个IO口-Due to the project needs to achieve IO port mode 3-wire SPI chip select, clock and MOSI three IO port
SPI_FLASH.X.X
- MAPLAB工程文件，可实现SPI接口与FLASH的读写控制，基本功能已经配置好，可自行添加其他逻辑。-MAPLAB project file, can achieve SPI interface and FLASH read and write control, the basic function has been configured, you can add other logic.
sdtest
- 这个是一个verilog程序，可以用spi读取sd卡中的内容，存到fifo中(This project can read the data from SD card through SPI interface and store the data in FIFO.)
NFC
- RC522实现程序，SPI接口，项目中实测(RC522 to achieve procedures, SPI interface, the project measured)
STM32F0XX教程+例程源码
- STM32F0XX教程+例程源码 教程目录： 工程篇：搭建KEIL-MDK开发平台及制作MDK工程文件模板.pdf 资料篇-NUCLEO-072RB开发板特性讲解及资料准备.pdf 初级教程篇：按键(中断方式)实现24C04存储器内容读写.pdf 初级教程篇：实现一个LED灯(软件延时 systick定时器).pdf 中级教程篇：利用SPI总线构建NUCLEO-072RB和NUCLEO-302RB双机处理系统.pdf 中级教程篇：利用定时器实现6路互补PWM波形输出.pdf 高级教程篇：基于L
SLockV1.02
- MKL16Z128 例程，含串口，SPI, 触摸按键，通用输入输出等等(Kinetis MKL16Z128 Examples : Low-Power UART Communication,SPI, Low-power hardware touch sensor interface (TSI),GPIO,RCC and A Debug Port On Uart .This project Has been verified)
ucosii控制系统程序
- STM32F103VCT6的ucosii工程，包括CAN,UART,IIC,SPI，步进电机的S型加减速(UCOSII project of STM32F103VCT6, including S-type acceleration and deceleration of can, UART, IIC, SPI and stepping motor)
MAX31865 for STM32
- How to use this Library: Select "General peripheral Initalizion as a pair of '.c/.h' file per peripheral" on project settings. Enable SPI and set clock below 2MHz,MSB,CPOL LOW,CPHA 2 Edge.