搜索资源列表
CA9260
- 带Java扩展的ARM926EJ-S内核, 2 x 8KB快取, MMU 2x4k Bytes SRAM, 32kBytes Boot ROM 210MHz, 230MIPs EBI –可支持SDRAM, NAND Flash (带ECC)和Compact Flash USB控制器和USB器件口, V2.0全速 Ethernet MAC - 10/100 图像传感器界面 (CMOS传感器界面) 1 SSC可支持I2S和TDM 2 SPI, MCI (SDCard和
STM32-SDCard-SDIO-V2
- STM32开发板的学习材料,通过STM32内核和SD卡进行数据的读取-STM32 development board of the learning materials, through the STM32 kernel and SD card for data read
SDcard
- SD卡SPI总线模式的驱动包。更改少数硬件相关代码即可移植。-SD Card SPI bus mode driver package. Change a few hardware-related code can be transplanted.
STM32P103VBT6_with_mass
- STM32 MassStorageClass Sample with shimple buffers you can acceess via SDCARD via spi interface
sdcard_spi
- 自己翻译的SD卡规范协议,SPI模式的,马马虎虎了。-Own translation of SD card specification agreement, SPI mode, a so-so.
SDcard
- 无系统 STM32 SD卡源码!KEIL工程。 -No system STM32 SD Card source! KEIL project.
sdcard
- SD卡 protues仿真 通过仿真 可以学习一下 SD SPI模式的读写-SD卡 protues仿真
sdcard
- 利用STC单片机实现SD卡的读写,SPI接口的驱动实现-STC MCU using SD card reader, SPI interface, the drive to achieve
SDcard
- ARM微处理器读取大容量SD卡程序,SPI通信方式,看作为模块使用,主芯片为S3C44B0X-ARM microprocessor reads high-capacity SD card program, SPI communication, seen as a module, the main chip S3C44B0X
sdcard-driver-code
- linux sd card驱动程序(adio和spi接口都有)-linux sd card driver program
1G-51dpj-SDcard-read-pic-to-screem
- 彩屏使用 ILI9235 主控芯片 液晶插针J2使用了如下信号: 数据端: AD0-AD7 或者 DB0-DB7 控制信号 : S-指令/数据 WR-写控制 CS-使能 RST-复位 没有使用RD (读控制) 主板上一个稳压芯片 LM1117-3.3 作用是把5V电压转换为3.3V 74hc245 用户电平转换 SD 部分使用4个数据线 使用SD卡的SPI模式 C
SDcard
- 一个能用SPI模式的SD读卡程序(VHDL)-A SD card reader program can use SPI mode (VHDL)
STM32-SDcard-SPI
- STM32下使用SPI接口读取SD卡内容,实现FAT32的解析,可以建立文件-The STM32 using the SPI interface to read the contents of the SD card, FAT32 parsing, can create a file
STM32-Read-SDcard
- 用STM32读写SD卡,使用SPI模式,是一个读取Text 文件的Demo。-SD card with STM32, speaking, reading and writing, the use of SPI mode, is a Demo to reads a Text file.
STM32-SDCard-SDIO-FATFS-V2
- STM32F4xx has internal SDIO peripheral to work with SD cards. Also, SDIO communication is faster than SPI, but if you don’t need speed in your project, you can use SPI aswell. With default settings, SDIO 4-bit mode communication is used. It means, th
read-and-write-sdcard
- 51单片机读写sd卡程序,包括对手动卡的读取片区,擦除片区,写入片区,51 单片机模拟spi时序对sd卡进行操作-51mcu read and write sd card
STM8-SDCard
- STM8实现SD卡的读写,采用IO模拟SPI的方式。-STM8 achieve SD card reader, using an analog IO SPI way.
Verilog-for-SDcard
- 啊,我前段时间编这个,当时晕的,用verilog做SD卡的例子网上很少,我当时找了好多C语言的,主要是知道发送命令的顺序和控制流程,你可以先做好SPI部分,运用C程序的发送命令顺序,把SD卡初始化,提取SD卡特定寄存器看成不成功,其实只要SPI时序没问题,一般没问题,之后用Winhex看看你的SD卡的FAT系统,网上有学习用的资料,好好算算数,之后应该可以做到直接读写SD卡,但若想随意读写SD卡工作量太大了,我还没这勇气-Ah, I make this a while ago, at that
SD-SPI-FatFs-Coocox
- STM32 SPI SDCARD using STM32CubemX
STM32F1 + SDCARD
- STM32F1 sdcard implementation with spi access.