搜索资源列表
SAM7X256-SPI
- at91sam7x256的数据存储的源码
(SPI)
- DSP的SPI模块程序,用的是MAX5741的芯片,向芯片发送,存储数据
SPI1
- 基于TMS320LF240 采用 93c46进行spi存储编成-based TMS320LF240 93c46 used for storage into 20
SPI1
- 基于TMS320LF240 采用 93c46进行spi存储编成-based TMS320LF240 93c46 used for storage into 20
sd_read_write
- 使用PIC芯片通过SPI-MODE读写SD存储卡,通过测试.-use PIC chip SPI-MODE SD memory card reader, to pass the test.
recplay
- helios语音芯片的录音放音源程序。自动分段录音,可擦除。其音频数据存储采用SPI FLASH存储芯片-helios voice chip recording audio source. Sub automatic recording can be erased. Audio Data Storage their use SPI Flash Memory Chip
SPIstudy93C46
- 基于单片机的SPI接口的存储应用,将0-9存入93C46并读出显示在数码管上-Based on single-chip SPI interface storage applications, will be deposited in 0-9 and 93C46 in the digital read out display tube
SAM7X256-SPI
- at91sam7x256的数据存储的源码-at91sam7x256 the source of the data storage
AT45DB161
- ICC AVR的,访问读写AT45DB161D,直接用就行了,不用考虑其存储结构-ICC AVR
(SPI)
- DSP的SPI模块程序,用的是MAX5741的芯片,向芯片发送,存储数据-DSP
SPI
- 串行存储芯片AT45DB161B的驱动程序-AT45DB161B serial memory chip driver
Flash_EEPROM
- STM32 将FLSAH用作数据存储空间,已写好写\读函数-STM32 will FLSAH for data storage space, has written to write \ read function
AVR-SPI
- AVR的SPI存储器应用这份资料介绍了SPI串行存储驱动器的功能和结构,并说明了选择该决方案的缘由。-AVR' s SPI memory information on the application of the SPI serial storage drive functionality and structure, as well as the selection of the summary of the reasons t
71477212SAM7X256-SPI
- IAR 3.01a IDE编译环境下的SPI读写MAX96XX存储芯片程序-SPI r/w MAX96XX flash ,development in IAR4.03 ide
USB2ISP_DEV
- 基于USBIO公司的USB2ISP开发板开发的上位机程序,可以实现USB接口转I2C与SPI器件,实现了多种器件(24系列IIC的读写,ADC,MSP430F2013,SPI存储,温度传感器),实时曲线显示,功能很强大!!1-USBIO' s USB2ISP based development board developed by host computer program, you can achieve the USB int
MSP430F543x利用SPI进行读写操作
- SPI对AT25系列片外EEPROM存储进行读写操作!(SPI communication EEPROM)
25-SPI—读写串行FLASH(W25Q64)
- 使用STM32 F103系列MCU,实现SPI存储整数,小数,以及相关配置(relieve SPI communication)
STM32-SPI读取外部存储
- STM32-SPI读取外部存储,详细程序注释(STM32-SPI read external storage, detailed program notes)
spi
- 通过SPI接口给一段位宽16位长度为8的配置寄存器进行赋值。位宽为16 表示存储的数据信息位数为16,长度为8,则代表的是寄存器的深度为8。 在输入第一位数据时,定义一个计数器count,以判断目前接收了几个数据。当接收到第8位时,后六位为地址,前两位用于判断,10表示读操作,11表示写操作,进入读写操作后仍需计数,以便判断何时读完或写完,当count=24时为读写操作完毕。(Through the SPI interface to
SPI实验
- STM32F1 外部SPI FLASH存储程序,工程完好,可移植。(STM32F1 external SPI FLASH stored program, engineering well, portable.)