通过PC并口模拟I2C信号，编写sharp stV0288 芯片驱动，在VC++环境下编译通过。...

讲解ARM的PPT课件,和实验箱ARM2410的用法及实验内容-ARM on the PPT courseware, and experimental use of ARM2410 me and experimental content

这是基于STM32 上交通灯模块的源码。展示了交通灯最基本的运作程序，使用的是野火的开发板。对初学者十分有用。看不懂的同学可以上野火的网站那有各种大神及详细视频。

基于ARM9-AT91RM9200的开发板的系列调试程序，文件里有程序的详细注释.-based on ARM9-AT91RM9200 Development Board Series debugging procedures, The document detailed the procedures Notes.

DAvE是英飞凌科技公司的电子芯片模拟开发应用工具软件。 戴夫会帮助你在你的项目中规划你想使用的英飞凌单片机或dsp,以提供智能向导,那帮你设定芯片来工作的方式和你需要的各功能模块,自动生成C-code驱动功能与适当的单片外围设备和中断的控制。 DAvE会直接与编译器的IDE互动。-DAvE is the Digital Application Engineer from Infineon Technologies. DAvE will... - Help you program the Infineon microcontroller you want to use in your project, by offering intelligent wizards, that help you configure the chip to work the way you need it and automatically generate C-code with appropriate driver functions for all of the on-chip peripherals and interrupt controls. - Interact directly with compiler IDE s. To use DAvE you need the DAvE mother system and the DIP file for your specific microcontroller. After installation of the mother system you need to install the DIP file. For this purpose please start DAvE. Goto "View", "Setup Wizard". Select "Installation". Please note: If you run DAvE on Windows Vista, then please start the program the following way: Right click with your mouse onto dave.exe. The

ST7920驱动器的可实现程序，使用51/52单片机接口正确即可显示-ST7920 drive can be realized, the use of 51/52 single-chip interface to display correctly

三星ARM2410boot代码，有一定的参考价值，在2410上BOOt成功过-Samsung ARM2410boot code, which is the reference value, in 2410, never succeeded in BOOt

Avalon 总线规范中文，详细描述，入门好材料-Avalon Bus Specification, Chinese, detailed description, entry-good material

异步通信软件模拟, 异步通信软件模拟,异步通信软件模拟-asynchronism_communication_soft

arm7easyarm测试程序，包括所有部分，在ads下使用。-arm7easyarm testing procedures, including all parts, the use of the ads.

这是三星arm s3c44b0x开发板上的一些实例程序，包括lcd，led，key，pwm，uart等-arm s3c44b0x development board some examples of procedures, including LCD, led, key, PWM, UART, etc.