QEP-2812正交脉冲处理（可以判断方向)

这是一个实用于Winrunner的记事本程序自动测试脚本和GUI文件，可以直接调试-This is a utility in the Notepad program WinRunner automated test scripts and GUI files, you can direct debugging

这是 freesscale smartDSP OS 测试 c 源的 evnet 队列。此演示创建三个任务，包括任务和事件队列 Initialization.The 的主要功能是系统功能测试的事件队列

这是一个等精度测频得硬件描述语言编写的程序，可以用能做等精度测评-This is a precision frequency measurement, such as a hardware description language prepared by the procedure can be used to do, such as the accuracy of evaluation

NXP LP23**系列芯片GPIO按键输入驱动源码示例程序，可以发展成GPIO驱动-NXP LP23** series chips GPIO buttons input driver source sample procedures can be developed into a GPIO driver

低频数字式相位测量仪； 此系统由相位测量仪、数字式移相信号发生器和移相网络三部分组成。为使系统更加稳定，使系统整体精度得以保障，本电路两块T89C52为核心控制器件分别控制相位测量、数字式移相信号发生,在数字式移相信号发生部分采用了锁相技术、CPLD等技术, 使输出波形精度大大提高，并可对频率自动校验，提高频率稳定性。-low-frequency digital phase-measuring instrument; This system consists of phase-measuring instrument, digital phase shifting generator and phase three network components. To make the system more stable, the overall accuracy of the system can be protected, the two T89C52 circuit control devices at the core respectively phase measurement control, digital believe the shift occurred, the digital shift occurred some believe that the use of lock-in technologies, such as CPLD technology, the output waveform accuracy greatly improved, and can automatic calibration frequency, frequency stability.

应用背景 数采装置可配合SQL数据库，实现数据采集并存储到服务器的功能，方便对采样数据进行分析、读取，为产品开发或设备的运行情况进行检测、检验，其实际用途颇广。 关键技术基于STM32F103芯片，自制数采装置，数采程序，可用于多路信号采集（如：电压、电流等信号），并通过串口上传至服务器，实现数据的采集。

嵌入式linux下关于mtd层源代码分析-Embedded linux on the MTD layer under the source code analysis

ads mpc860上smc的驱动程序，不带操作系统，属于纯粹的物理的驱动-smc up ads mpc860 driver, non-operating system, belong to a purely physical drive

2410,ads环境下的uart通讯例程-2410, ads Environment UART communication routines

本源码是三星2410开发板上的uart口的编程学习代码，通过此源码的分析与学习，您可以初步掌握嵌入式uart口的使用-The source is the Samsung 2410 to develop on-board programming of the UART port learning code, this source of analysis and study, you can master the initial use of embedded UART I