一款数独游戏源代码，运行在支持table pc的系统上（如vista）。 界面美观，是学习vs和游戏开发的理想教程...

Prim算法完整实现代码 用Prim算法求无向图的最小生成树 -Prim algorithm to achieve a complete code with Prim algorithm try to map the minimum spanning tree

PDIUSBD12 -pdf-datasheet.rar 使用LPC2XXX系列开发板-PDIUSBD12- pdf- datasheet.rar use LPC2XXX Series development board

"pictureRecreator"也是一个很适合java学习者的小游戏,这个游戏将一副大图打散成9张,然后任意挑选8张出来,让玩家通过键盘和鼠标来控制图片移动,最后将它复原.-"pictureRecreator" is a very suitable for learners of small java games, the game will be a big map separated into nine, and then a random selection of eight out, allowing the player through the keyboard and mouse to control mobile picture, it will finally recover.

atl方法使用编程实例-ATL ways to use programming examples

电子芯片的设计检查语言，在cadence中使用-Electronic chip design checking language to use in the cadence

关于PCB电路图的设计的基本方法,以及设计的不同-PCB circuit diagram of the basic design methodology and design of the different

4乘4键盘扫描，使用与多种场合，我检验过，能用-4 x 4 keypad scanning, using a variety of occasions, I have tested, can be used

在程序中如何更改缺省打印机，在vb下如何做到？-In the procedure how to change the default printer in vb how to do this?

c语言版贪吃蛇,想要的就快来下载把, 这是早期作品,很有收藏价值-c language version of Snake, want to hurry download put on, it is early works, great value to the collection!

基于可编程跨导运算放大器POTA低通有源滤波器设计。该文给出了基于可编程跨导运算放大器(POTA)的有源滤波器设计方法，能在一定范围内实现跨导值程控调节, 提高调节精度和准确度。并且利用Jacobi 法求解相似对角形矩阵，避免解高次方程的难题。所设计的有源滤波电路不易受分布电容的影响，稳定性好、灵敏度低。本文给出了设计实例，显示了该方法的优点。-Based on programmable transconductance operational amplifier POTA low-pass active filter design. In this paper, based on the programmable transconductance amplifier (POTA) of the active filter design method that can realize in a certain range transconductance value of program-controlled adjustment, improve precision and accuracy regulation. Jacobi method and use a similar matrix of angular, high-equation solution to avoid problems. Designed active filter circuit less susceptible to the effects of distributed capacitance, good stability, low sensitivity. In this paper, design examples, showing the advantages of the method.