在FPGA的设计

linux大全,几乎包含了所有的linux操作方法,个人读了感觉收益菲浅-Daquan, consists of almost all the Linux operating methods, read a feeling of personal income left undone

是开发Flash存储如SDK、USB等文件系统的全面概括。-Is the development of Flash memory, such as SDK, USB and other file system, comprehensive summary.

完整的网站设计的毕业论文及代码，可以作为毕业论文使用，很清晰的设计-通讯录设计-Complete website design and code of the thesis can be used as a thesis and clear design- Address Book Design

在电子技术中，频率是最基本的参数之一，又与许多电参量的测量方案、测量结果都有十分密切的关系，因此频率的测量就显得更为重要。测量频率的方法有多种,其中电子计数器测量频率具有精度高、使用方便、测量迅速，以及便于实现测量过程自动化等优点，是频率测量的重要手段之一。在本次毕业设计中我们选择使用单片机来制作数字频率计，并在实际制作中采用了直接测频法。利用延时产生的时基门控信号来控制闸门，通过在单位时间内计数器记录下的脉冲个数计算出输入信号的频率，最终送入LCD中显示。这样制作出来的频率计不仅可以满足设计题目的参数要求，而且具有了单片机的稳定性和成熟性，且控制能力强，是一种低成本，高可靠的设计方案。-In electronic technology, the frequency is one of the most basic parameters, but also with a number of electrical parameters of the measurement program, the measurement results have a very close relationship between the frequency of measurement, therefore it is even more important. Measurement of the frequency of a number of means, electronic measurement of the frequency counter with high precision, easy to use, rapid measurement, and measurement is easy to realize the advantages of process automation is an important means of measuring the frequency of one. Graduates in this design we have chosen to make use of single-chip digital frequency meter, and used in the actual production of a direct

Please read your package and describe it at least 40 bytes in English. System will automatically delete the directory of debug and release, so please do not put files on these two directory.

介绍powerdesigner工具的使用-Powerdesigner introduce the use of instrument

samsung公司的s3c2443的完整datasheet，希望对各位朋友有用-samsung" s s3c2443 complete datasheet, friends wish to be useful

太原理工大学硕士学位论文 分类号：TP3 密级：内部-Taiyuan University of Technology master"s degree thesis Key words : TP3 Confidential : Internal

一种电子设计元件EPM570的英文说明书-The design of an electronic component EPM570 English Manual

dsp-builder学习资料。学习dspbuilder构建系统的方法，主要在matlab环境下，结合simulink做硬件系统。和在matlab环境下仿真。然后生成硬件电路-dsp-builder learning materials. Construction dspbuilder learning systems, primarily in the Matlab environment, combining Simulink do hardware systems. And in the Matlab environment simulation. Then generation hardware circuit!