有关DSP芯片告诉数据采集和信号处理方面的DSP芯片开发，很不错的DSP方面的参考资料...

高速电路越来越普及，EMC和EMI的问题也受到重视．-High-speed circuits is becoming increasingly popular, EMC and EMI problems be taken seriously.

系统分析中的层次分析法以及长江水质评价案例-system analyse

著名的AVR 高压编程器HVprog原理图,y有了他就不再为熔丝错误,负位脚变IO,ISP被锁等等一些问题而烦恼了-famous for programming AVR hypertension HVprog diagram, y he will not have to fuse errors, Negative changes IO feet, the ISP was locked, and so on some issues and trouble

多功能数字钟设计 一、设计任务： （一）主体功能 用HDL设计一个多功能数字钟，包含以下主要功能： 1.计时及校时，时间可以24小时制或12小时制显示 2.日历：显示年月日星期，及设定设定功能 3.跑表：启动/停止/保持显示/清除 4.闹钟：设定闹钟时间，整点提示 -multifunctional design of a digital clock, design tasks : (1) the main function of HDL design with a multi-function digital clock, includes the following main functions : 1. metering and school, time can be 24 hours or 12 two-hour show. Calendar : Displays date weeks, Setting function and 3. stopwatch : start/stop/maintain Display/4 clearance. alarm clocks : Set an alarm time. suggested the whole point

S3C44B0的LED显示屏控制方安 ，很有价值的资料！-S3C44B0 LED

How to build First-Generation Wireless USB Devices-First-Generation Wireless U.S. B Devices

2009年度中国全国大学生电子设计竞赛赛题-National Undergraduate Electronic Design Contest (2009)

此代码是522sRFID读卡器的开发技术文档，实现了各个功能模块-This code is the development of technical documentation 522sRFID reader to realize various functional modules

请问这是基于8086做的吗 谢谢各位了-Does it do do is based on the 8086 Thank you for the

JPEG 2000 supports lossy and lossless compression of single-component and multi-component imagery.In addition to this basic compression functionality, however, numerousother features are provided, including: progressive recovery of an image by fidelity or resolution region-of-interest coding, whereby different parts of an image can be coded with differing fidelity random access to specific regions of an image.-JPEG 2000 supports lossy and lossless compression of single-component and multi-component imagery.In addition to this basic compression functionality, however, numerousother features are provided, including: progressive recovery of an image by fidelity or resolution region-of-interest coding, whereby different parts of an image can be coded with differing fidelity random access to specific regions of an image.