LVRT-SOURCE

此文件是用来计算电源buck 拓扑 的 MATHCAD 计算文件。(This file is used to calculate the Power buck topology MATHCAD calculation file.)

Relief计算分类权重，已经调试成功.内含m文件，可直接运行，有均匀线阵的CRB曲线。( Relief computing classification weight, Has been successful debugging. M contains files can be directly run, There ULA CRB curve.)

数控代码自动生成,Bizer曲线的数控加工代码的自动生成，VC++实现功能(NC create)

这是国外的同行编写的画图板程序，感觉比陈建春的要好些，说实话研究了半天，发现国内的cad水平低不是因为国内的人笨，主要是国外的cad技术不能很快的传递到国人手中，总是参考陈建华等水平有限，工程水平差的书籍造成整体水平低，书中没有详细的流程图，和软件设计思路，而且代码错误连篇。(This is the foreign counterparts of the drawing board to prepare procedures, CHEN Jian-chun than feeling the need to better tell the truth for a long time study and found that low levels of domestic cad because people are not stupid, mainly abroad cad technology should not quickly delivered to the the hands of the people always refer to Chen Jianhua, such as the limited level, engineering level difference caused by the overall level of books low, the lack of a detailed flow chart of the book, and software design, and code errors pack.)

本人主要学习研究synopsis公司的Sentaurus TCAD半导体工艺软件的使用,本程序是实现光电二极管的建模脚本(I mainly study the synopsis of Sentaurus TCAD semiconductor process software, the use of this procedure is to realize the photodiode modeling scripts)

绘制B样条曲线，可以由控制点画，也有反求控制点的(Rendering B-spline curve can be controlled by the stipple, but also have control points in Reverse)

MFC画图程序代码，可画椭圆，直线，矩形，改线宽，打开保存，颜色等(MFC drawing code can draw ellipses, lines, rectangles, change the line width, open the saved, color, etc.)

　C#使用DrawLine对象绘制一条直线，绘制水平线和垂直线，点击对应的按钮，即可调用DrawLine方法绘制直线，一种固定的模式，没有什么难度，C#入门新手参考会不错，学习一点图形绘制方面的基础知识(C# uses the DrawLine object to draw a straight line, draw horizontal and vertical lines, click the corresponding button, you can call the DrawLine method to draw a straight line, a fixed pattern, there is no difficulty, C# Beginner Novice reference would be good to learn a little graphics rendering aspects Basics)

基于PSCAD 4.5搭建的IEEE 第一标准测试模型，可以用于次同步振荡的研究。(The first IEEE standard test models built based on PSCAD 4.5 can be used to study sub-synchronous oscillations.)

cad用lisp获得本机读物理序列号、主板、内存号。(cad lisp obtained with the machine-readable physical serial number, motherboard, memory number.)