资源列表
Ex1
- The LN2410SBC is a high performance single board computer based on ARM920T (MMU included). Its ultra low power consumption, various built-in IO ports and support for Linux/WinCE/RTOS make it suitable for many industry applications.
BlueTest20080303200801
- 大放血，只为我要下一个文件，同样哪个捡到哪个发 编写用于测试蓝牙的工具, 可以用串口调试蓝牙, 包括发送命令控制蓝牙, 和接收IR发过来的数据, 用于测试蓝牙板,方便生产.-Major bleeding, but for the next document I want, which picked up the same which made the preparation of the tools used to test the Bluetooth can be used t
usart
- usrt编程一些代码 stm32下串口编程通信之类-usrt programming some code stm32 serial programming or communications under
scom
- 模拟串口接受发送以及做简单远程控制发送远程代码调试甚至有更强大应用-Send and receive analog port for simple remote control transmitter remote code debugging applications even more powerful
2410code
- 2410下的扳机开发，学习2410资料，可以在没有操作系统的基础上，完成汇编程序，和C程序的开发，对于2410硬件的学习，是不错的资料。-2410 under the trigger the development of 2410 study is available at no operating system on the basis of the completion of the compilation process, and C the development of procedur
12864LedMenu
- 简单菜单程序,八个按键.使用AVR单片机.2008/3/24--2008/3/29 编译器为ICCAVR7.14.晶振7.3728M,单片机为ATmega16(用ATmega32在proteus中仿真不成功!)
SSP0_-DMA
- 周立功公司出的LPC1768芯片SSP-DMA例程，经试验可以运行。程序写的很规范，可读性强。-ZLG out of the LPC1768 chip SSP-DMA routines, the test can be run. Program written in a very standardized, readable.
zigbee
- TI官方的简易OS调度系统源码的分析文档,讲述OSAL调度流程,有利于开发人员理解其代码,并将其运用到自己的工程(TI official simple OS scheduling system source code analysis document, describes the OSAL scheduling process, which helps developers understand their code and apply it to their own projects.)
35.+触摸屏实验
- TFT触摸屏源代码，STM32芯片，TFTR61509(TFT,lcd,stm32,r61509)
STM32-MPU6050
- 基于stm32的MPU6050六轴加速度计控制代码，能够实时测量不同方位的速度。(Based on the control code of MPU 6050 six-axis accelerometer of stm32, the speed of different azimuths can be measured in real time.)
noxim-20100324.tar
- 基于systemc的noxim 片上网络模拟器 最新版-20100324-a systemc based on chip network simulator called noxim-20100324
sddfds
- ARM的红外气体浓度检测系统的设计ARM infrared gas concentration measurement system design-ARM infrared gas concentration measurement system design