arm lpc2300 AD模块设计 实现模拟输入

想不想自己做一个世界范围的时钟表啊，这里有一个嵌入在ARM开发的世界时钟表，平台是ARM_SDT2.51。-wish to own one of the world watches when ah, there is an embedded ARM in the world when clocks and the platform is ARM_SDT2.51.

用811实现的ARM7的USB主机详细程序-With 811 of the ARM7 realize the USB host detailed procedures

资源描述/* Includes ------------------------------------------------------------------*/ #include "ili9320.h" #include "stm32f10x_lib.h" #include "hardware.h" #define jiedi_red_on    {ili9320_Clear(BROWN);} #define jiedi_green_on    {ili9320_Clear(BROWN);} /* Private typedef -----------------------------------------------------------*/ /* Private define ------------------------------------------------------------*/ /* Private macro -------------------------------------------------------------*/ /* Private variables ---------------------------------------------------------*/ static vu32 TimingDelay = 0; GPIO_InitTypeDef GPIO_InitStructure; ErrorStatus HSEStartUpStatus; extern u8 gImage_11[]; /* Private function prototypes -----------------------------------------------*/ void RCC_Configuration(void); void Int

针对OK2440 ARM920T(S3C2440)的USB设备接口载windows下的驱动-For OK2440 ARM920T (S3C2440) contains the USB device interface of the drive under windows

基于ATMAL7X256 CS1180的SPI读写FLASH的实例(开发环境ADSv1.2)-Based on the SPI read and write ATMAL7X256 CS1180 examples FLASH (development environment ADSv1.2)

this programmer for samsung s s3c2410. it s for ADC

阐述Bootloader实现的目的、过程、原理，结合三星S3c2410开发板的硬件特性和项目的具体需求，设计开发合理高效的启动模块，并衍生出Bootloader在NAND Flash与NOR Flash下的2种不同加载方式，针对NAND Flash和NOR Flash实现完整的启动引导程序-Bootloader on the achievement of the purpose, process, principle, combined with Samsung" s hardware development board S3c2410 characteristics and the specific needs of the project, the design of rational and efficient development of start-up module, and derived from Bootloader in the NAND Flash and NOR Flash the two kinds of different ways to load for NAND Flash and NOR Flash to achieve a complete start-up boot

MIPS Simulator assembly languge.

这是一个 C 代码与 MMA8452Q acelerometer 进行通信。这与 STM32 微控制器，特别与 M0 皮层和皮层 M4 的核心工作。这具有防卫 configurates 采样速率、 加速度范围和每个其他配置从这种芯片。这种芯片有 2，4 和 8 G，并与 I2C。 I2C 图书馆协议提供的代码并与皮质 M0。此库开发了基于 CMSIS 标准，从手臂

44b0x的最新BIOS完整源代码,已验证-44b0x the latest BIOS integrity of the source code, certification