UCdos 256M NANDFlASH 操作系统源代码，最新，经典，下载不后悔！...

最初学习单片机的时候，由于条件，没有硬件，就只好用Proteus仿真，其实效果蛮不错的。到后来的高版本，直接可以支持ARM。相当不错的工具。此源码是其对uCOS在ARM上运行的仿真。-MCU when the initial study, due to conditions, not hardware, they can use Proteus simulation, in fact, quite a good effect. Later versions of the high direct support ARM. Pretty good tool. This source is its uCOS running in ARM emulation.

压缩包中有基于ucos系统下的常用程序，有tim捕获，串口查询，串口中断，定时器中断，温度读取。(Compressed package based on common procedures under ucos system, there are tim capture, serial query, the serial port interrupt, timer interrupt, temperature reading.)

ucosii 的内核分析,精简内核，初学者的理想入门材料(ucosii is a very useful OS ,as a learner, you can get konwledge from it)

将本站的UCOSFORAVR128V276版本升级到了280版，修正原来的中断定义错误，并仿真调试已通过。-UCOSFORAVR128V276 the site will upgrade to version version of the 280, that the interruption of the original definition errors, and debugging simulation has passed.

2440 44b0上当时 做的示波器使用ucos 与ucgui可以学习一下,包括AD采集现实图形(2440 44b0 oscilloscope ucos ucgui can learn about, if there are problems you can contact me)

这次发个ucos270的flag，其他代码我会陆续发送，请等待(The fat ucos270 of the flag, other code I would have sent, please wait)

完整的ucos-ii源代码，极其方便用户调用-Ucos-ii complete source code, an extremely user-friendly call

一个不错的介绍UCOS-II的文档，相当不错，有源码，和书比起来感觉还是很不错的-A good introduction to UCOS-II of the document, is quite good, with source code, and the feeling of the book is still very good compared to the

NXP LPC1788采用U盘USB_HOST实现程序升级代码，带UCOS操作系统。(NXP LPC1788 using U disk USB_HOST procedures to achieve the upgrade code, operating system with UCOS. )

SC28L198是一个带有8个全双工异步通道UART的芯片，每个UART通道的接收器和发送器都拥有16字节深度的FIFO。芯片的每个UART通道除了基本的异步通信功能外，还可实现软件流控制（in-band flow control）、硬件流控制（out-of-band flow control）、以及多点模式（唤醒模式或RS-485模式）等，同时每个UART都有4个外扩的I/O引脚，每个外扩I/O引脚都为功能复用。 本资料包含完整测试程序，应用文档，电路原理图及PPT演示文档等。(SC28L198 is a full-duplex asynchronous channels with 8 chip UART, each UART channel receiver and transmitter have 16-byte deep FIFO. Each UART channel chip, the asynchronous communication addition to the basic functions, but also for software flow control (in-band flow control), hardware flow control (out-of-band flow control), as well as multi-point mode (wake-up mode, or RS-485 mode), etc., and each UART has a 4 outer expansion of the I/O pins, each outer expansion I/O pins are as functional reuse. This information includes a complete test program, application documents, the circuit schematic diagram and PPT presentation documentation.)