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所在平台: Udemy |
课程主页: https://www.udemy.com/course/vlsi-academy-custom-layout/
课程评论：没有评论
**课程名称:** VSD - Custom Layout (VSD - 定制化布局) **课程概述:** 本课程旨在搭建物理设计工程师与CMOS制造团队之间的桥梁，解决他们之间的沟通难题。通过介绍不同部门之间所需交换的关键文件及其格式，本课程将展示如何实现“两全其美”的合作模式。物理设计工程师将深入了解制造过程的实验输出，而制造工程师则能明晰布局工程师如何利用他们提供的信息。 课程内容将从CMOS封装和制造步骤的介绍开始，随后深入探讨用于绘制和模拟布局的软件及文件，并讲解设计规则检查(DRC)。接着，课程将以一个简单的CMOS反相器为例，实际应用所学概念。最终，我们将学习“布局的艺术”，即利用欧拉路径(Euler's path)解决复杂功能并绘制相应的布局。 **学习目标:** * 理解CMOS封装和制造的基本流程。 * 掌握绘制和模拟IC布局所需的软件和文件格式。 * 了解并应用设计规则检查(DRC)。 * 通过实际案例学习IC布局的设计方法。 * 掌握利用欧拉路径进行复杂IC布局设计的技巧。 **课程亮点:** * 从零开始，即时推导和创建绘制和模拟布局所需标准文件。 * 提供深入理解IC布局的最佳途径。 * 结合理论与实践，将概念应用于实际设计的CMOS反相器。 * 学习“布局的艺术”，解锁复杂功能布局设计能力。 这是一次激动人心的学习旅程，欢迎各位加入，享受学习的乐趣！
Physical designers and CMOS fabrication team communicates with each other, and this course says it 'How?' While physical designers use all the outputs from experiments performed by fabrication department, this course will demonstrate the best of both worlds and connect them through exchange of certain files in certain format This way, custom layout designers get to know an insight how does fabrication works, fabrication engineers get to know, how layout engineers uses their information. So this course is a place where both meet, talk and connect. Also, the standard files needed to draw and simulate layout, are being taken, deduced and created from scratch and on the fly. This is, by far, the best way to understand layout, and I can promise you an exciting journey throughout this course Course is structured to explain the CMOS packaging and fabrication steps in beginning, followed by software and files used to draw and simulate layout, and look into DRC rules. Next, we will take a simple CMOS inverter and apply all concepts learned above. Finally, we will learn the 'Art of layout' using Euler's path. This is where you will solve complex functions and draw a layout out of it. Welcome you all to my course and Happy Learning!! See you in class!
