建立 ARM Linux 交叉编译环境 一步一步讲解,很仔细的讲解了Linux 交叉编译环境的的建立, 一看就懂...

本人自己制作的JTAG下载线，只用了一片244,可以支持ARM9、Cortex™ -M3、CPLD、FPGA、89S52等。目前这些已经测试通过。性能稳定。但是注意74LS244和74HC244在性能上可能会有些区别-I own the JTAG download cable, only a 244, can support the ARM9, Cortex

采用ks0108或者兼容芯片的128*64点阵液晶屏驱动程序-Ks0108 or compatible chips using 128* 64 dot matrix LCD driver

mega128平台下，cc1100的应用程序，在操作系统模式下写的，经测试好用，希望大家一起学习提高 -mega128 platform, cc1100 applications, the operating system model was written. test handy, I hope all of us can improve learning

基于44B03的LCD驱动-based on the LCD driver 44B03

usbio example. bulk transfer. platform bf533+usblan card.-usbio example. Bulk transfer. Platform bf 533 usblan card.

基于srt-2算法，利用verilog实现16位定点无符号数除法器（除数、被除数均由16位整数和16位小数组成，商由32位整数和16位小数构成，余数由32位小数组成）-Based on srt-2 algorithm, using verilog to achieve 16-bit fixed-point unsigned divider (divisor, dividend by 16-bit integer and 16-bit decimal form, business from the 32-bit integer and 16-bit fractional composition, I composed a few from the 32-bit decimal)

LOM-ARM7的Flash烧写的windows版程序-LOM-burning ARM7 Flash version of the windows procedures

ARM AT9140008 LED DEMO FOR ADS 1.2

ARM中文调试教程-Chinese Debugging Guide for ARM

STM32 开发板例子:Timer. 开发环境:Keil For ARM-STM32 development board example: Timer. Development Environment: Keil For ARM