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所在平台: Udemy |
课程主页: https://www.udemy.com/course/cmos-digital-integrated-circuit-design/
课程评论：没有评论
课程名称：CMOS数字集成电路设计 课程概述： 本课程涵盖了NMOS和CMOS数字集成电路设计的基础知识，适合希望了解该主题的学习者。课程首先介绍一些器件物理学，这为后续内容奠定了基础，并引入相关术语。接下来，我们将深入探讨器件制造和布局，并使用名为Electric的电子设计自动化（EDA）工具进行电路设计和仿真，Electric可供免费下载，便于实践。 课程将导出一些方程，使学员能够理解并使用MOSFET（金属氧化物场效应晶体管）来构建有用的数字逻辑电路。我们通过一个自制的简单仿真加深对四种器件类型（耗尽型和增强型NMOS及PMOS器件）的理解。然后，我们将学习简单的放大晶体管电路，以熟悉晶体管方程，并帮助理解动态逻辑。 课程详细介绍了反相器（NOT门），因为它将作为许多后续电路的基础构件。接下来的部分集中于NMOS电路设计，设计简单的逻辑基本单元，如NOR和NAND门以及其他简单门和随机组合逻辑，最终形成全加器电路。然后进入CMOS电路设计部分，同样设计基本逻辑构件，最终以全加器电路为高潮。 最后，本课程将介绍EDA工具Electric，在其中设计并布局我们的CMOS电路，最终完成全加器电路。课程讲师拥有7年的集成电路设计经验，并与一家拥有自有晶圆加工厂的公司合作了4年，能够从设计、生产到全流程验证，参与多个已投入使用的芯片的生命周期。
In this course we cover the basics of NMOS and CMOS Digital Integrated Circuit Design. If you are looking for an introduction to this subject then this is the course for you.We start with a look at some device physics. This will allow us to be introduced to some terminology and will set the foundations for the rest of the course. We then move onto device fabrication and layout which will be covered more extensively when we look at designing and simulating our circuits in an Electronic Design Automation tool (EDA) called Electric which you can download for free and give it a go yourself.We then look at deriving some equations that allow us to understand and use the MOSFET (Metal Oxide Field Effect Transistors) transistors to build useful digital logic circuits. We then cement our understanding of the 4 device types depletion and enhancement nmos and pmos devices using a simple simulation which I built myself which gives a good intuitive understanding of the MOSFET. Then we move onto simple pass transistor circuits which allow us to get used to the transistor equations and will also help us with an understanding of dynamic logic.We cover the Inverter (NOT gate) in detail as we will use this as the building block for many future circuits.We then come to the section on NMOS circuit design where we design simple building blocks such as NOR and NAND gates and other simple gates and random combinational logic culminating in the full adder circuit. The next section covers CMOS circuit design and again we work through the design of the basic logic building blocks culminating in a full adder circuit.The final section covers the EDA tool called electric in which we design and layout our CMOS circuits finishing off with a full adder circuit.I have spent 7 years after graduation as an Integrated Circuit Designer with a world leading design house. I also have spent 4 years with a company with it's own wafer fabrication plant which allowed me to not only design the integrated circuits (chips) but also follow the production process and to work through the full characterisation then implementation of the chip into a customers system. So I have worked through several end to end life cycles of chips that are out there and working now.
