2132AD转换，调试过，可以运行。上传此程序希望能和大家互相学习。...

三星S34510板子上移植的uCosII源码-Samsung S34510 board on the transplant source uCosII

ARM946E_S review

AD811视频运算放大器的主要技术性能及其应用.-Video Operational Amplifier AD811 main technical performance and its application.

这个例子如果运行,将在仿真的PC窗口中的第1,2,3行显示一些信息后,在随机位置显示 1 ~ 5 .由于keil c51默认不支持重入函数,它的重入函数使用仿真的重入栈而不使用系统栈,而Small RTOS 51没有进行重入栈管理,所以在TaskA~TaskE虽然及其相似,但不能合并. (2)编译时会有5个警告,其中一个是因为没有使用一个系统函数OSSendSignal引起,它可以忽略.另4个是禁止任务间变量覆盖分析引起,必须忽略.感谢网友John X. Liu,在这个例子中我使用了他编写的仿真(dllPc51Emu.dll),这个dll原来是为他移植的Ucos-ii for keil c51的例子编写.-If you are running this example, will the PC emulation window, the first 1,2,3-line display some information, at random locations show " 1 " ~ " 5" . Keil c51 as the default does not support the re-entry function, which re- into the function of the weight stack instead of using the simulation using the system stack, while the Small RTOS 51 not been re-stack management, and so TaskA ~ TaskE though its similar, but not combined. (2) compile-time there will be five warnings, One of them is because there is no cause to use a system function OSSendSignal, it can be ignored. The other four are prohibited between the variables covered analyze the task to be ignored. thank User

S08例程：本程序是I2C模块的例程，所用资源为单片机内部集成总线I2C模块，所接器件为24C04-S08 routines: This procedure is routine I2C module, the resources used for the single-chip integrated I2C bus module, the access device for the 24C04

SDT环境下，基于S3C4510的UART模块使用，可用-SDT environment, based on S3C4510 the UART modules that can be used

对ARM Cortex-m3系列芯片指令，异常和中断等进行了详细的描述，具有权威性，中文版的。-On the ARM Cortex-m3 series chip instructions, exceptions and interrupts etc. are described in detail, with authority, the Chinese version.

释放的晶晨半导体的Linux SDK（Buildroot里面版本2014年3月13日）与改写makefile文件的部分晶晨半导体LibPlayer来源，以符合我们的（croniccorey，j1nx，我......），晶晨半导体XBMC buildroot的。

ARm s3c44b0 develoment sch and user guider-ARm s3c44b0 develoment user and the guiding sch

The ATF1502BE device is an In-System Programming (ISP) device. It uses the industry-standard 4-pin JTAG interface (IEEE Std. 1149.1), and is fully compliant with JTAG’s Boundary-scan Description Language (BSDL).