ARM平台上的RS485通信,接受发送都使用中断方式

This project should serve as an "easy start" with embOS. All pathes are relative to the project file. You should therefor be able to copy the entire directory (including all subdirectories) to any location on your harddrive.

利用430自身的捕获功能，设计频率计，捕获精准，最高捕获频率可到1MHz同时430兼有低功耗功能，能搞实现低功耗运行

arm 存储管理系统mmu的中文翻译版本，学习arm的可以看看的-arm MMU memory management system of the Chinese translation version of the study can look at the arm of the

一个很好用的韦根码测试程序，使用LPC2132的中断接入韦根信号，串口输出数据到PC，可以用串口调试助手接收数据检测韦根码，很实用的-Wiegand used a very good test procedure code, the use of Wiegand access LPC2132 interrupt signal, the serial output data to the PC, can be used to receive data serial debugging assistant Wiegand detection code, it is useful

该工程是一个基于嵌入式s3c2410的一个led测试代码-The project is based on an embedded s3c2410 led by a test code

stm32f4基本IAR工程,提供iar工程模板，下载下来即可用，已提取必要源文件。stm32f407,stm32f417,stm32f429

pl 2200 eary arm tcp ip

ARM Architecture Reference Manual The purpose of this manual is to describe the ARM instruction set architecture, including its high code density Thumb® subset, and three of its standard coprocessor extensions: • The standard System Control coprocessor (coprocessor 15), which is used to control memory system components such as caches, write buffers, Memory Management Units, and Protection Units. • The Vector Floating-point (VFP) architecture, which uses coprocessors 10 and 11 to supply a high-performance floating-point instruction set. • The debug architecture interface (coprocessor 14), formally added to the architecture in ARM v6 to provide software access to debug features in ARM cores, (for example, breakpoint and watchpoint control).-ARM Architecture Reference Manual The purpose of this manual is to describe the ARM instruction set architecture, including its high code density Thumb® subset, and three of its standard coprocessor

这个是黑白LCD的一个典型的驱动函数集 原创 请大家多支持下下！如果有什么问题请来信-This is a typical black-and-white LCD driver function sets original requested the support of more than U.S.! If you have any questions please contact us

本例程是基于STM8S的3D打印笔的控制程序。打印笔的工作状态分为3个模式：初始上电模式/预加热模式/工作模式。各个模式下对应不同的LED灯点亮状态。STM8S通过AD采集NTC温度值，对加热圈进行温度控制。同时，AD采集滑动电位器的电阻值，对直流电机的转速进行控制。