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SVPWM
- 用单片机开发的变频系统,可以代替市场上硬件SA4828的功能-MCU development of the inverter system, the market can replace the functions of hardware SA4828
S3C2410_FULL_PROGRAM_FLOW+Source_Code
- ARM单片机S3C2410完全开发流程+源码,附带有手册,该手册面向由传统51单片机 转向ARM嵌入式开发的硬件工程师、由硬件转嵌入式软件开发的工程师、没有嵌入 式开发经验的软件工程师。分9个部分: 1、开发环境建立 2、S3C2410功能部件介绍与实验(含实验代码) 3、bootloader vivi详细注释 4、linux移植 5、linux驱动 6、yaffs文件系统详解 7、调试工具 8、GUI开发简介 9、UC/OS移植
adf
- 单片机实验报告 1 了解ATmega16单片机的组成。 2 熟悉CodeVision AVR集成开发环境,掌握单片机C语言开发。 3 掌握单片机最小系统的组成。 4 掌握PCB板电路设计,并能够准确完成焊接。 -Test Report 1 for the single chip microcontroller ATmega16 composition. 2 familiar CodeVision AVR integrated development environment,
11111
- 进制转换助手 用了转换代码 帮助开发程序和单片机系统-The hex conversion assistant with the conversion code to help the development process and SCM systems
start08.h
- 飞思卡尔单片机头文件,应用单片机系统的开发-Freescale s microcontroller header file, the application microcontroller system development
BigDipper
- 开发环境VS200,开发语言c++,这是一个完整的系统,能够接受单片机,发送的字符或者是字节,然后根据指令,显示相应的结果-Development environment VS200, the development of language c++, this is a complete system that can accept the microcontroller to send characters or bytes, and then follow the instructions
ARM11_6410--3
- 本文介绍了ARM单片机嵌入式系统的开发流程,详细介绍了初学者应该如何着手学习嵌入式系统开发-This article describes the ARM microcontroller embedded system development process, detailing how beginners should start learning embedded systems development
CallBack
- 单片机说上的CallBack实现,非常便于系统构架吗,大大简化了系统设计。该代码基于msp430开发,使用的语言是C-SCM said on CallBack implementation, system architecture is very easy to do, greatly simplifying system design. The code is based on msp430 development, the language used is C++
fat文件系统后放入文件红牛
- fat系统加入红牛stm32单片机开发板实现过程(The implementation process of fat system adding red bull STM32 MCU development board)
1、红牛 UCOS II任务调度
- 基于ucosii系统单片机开发功能详解过程实现(Detailed explanation of the development function of uCOSII system based on single chip microcomputer)