EE 134 Digital Integrated Circuit Layout and Design

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NOTICES:  Midterm linked below


The objective of this course is to introduce the student to CMOS digital integrated circuit layout and design. This course covers CMOS integrated circuit design, layout and verification using the Cadence CAD tools. Topics covered are the BSIM SPICE model, digital models, inverters, static logic gates, transmission-gates, flip-flops, and dynamic logic gates.

Text: “Digital Integrated Circuits,” (2nd ed.) J. Rabaey, A. Chandrakasan, and B. Nikolic, Prentice Hall, 2003. ISBN: 0-13-597444-5

TA: Faruk Yilmaz 

Syllabus
ABET course objectives: pdf  


UNIX Tutorial
UNIX Commands  
Basic UNIX Commands 
vi commands  
vi tutorial  


LABS   


Lecture Notes
Lec 1
Lec 2
Lec 3
Lec 4
Lec 5 Tuesday 1/24
Lec 6
Lec 7 Tues. 1/31
Lec 8   
Last Lecture      


Assignments:


AMI-C5N Level 3 and BSIM3 SPICE models


.HW 1 due Tues. Feb. 7  Solutions  
 HW 2  due Tues Feb. 21 Solutions   (now due Thurs. March 2) HW2_notes
 HW 3  due Thurs. March  2  Solution   
Midterm   Due Thurs. March 16.

2004 Projects: 
LED chaser          
Frequency divider         
4 Bit Adder       

2003 Project
4-bit adder, subtractor, and comparator        

W06 Project Teams
Team 1

Team 2
  
Team 3
 
Team 4
 
Team 5
   
Team 6
  

 Labs
Lab 0

Pin Diagram for W03 project. 
The following are gziped tarred directories from J.Yangs directory:
    layout.tar.gz (11MB)
    Final.tar.gz (33MB)
       To open a gzipped tar file go to where you want the new directory to appear then
    > gunzip file.tar.gz
    > tar -xvf file.tar

Links:

UCR's CSE168  

Jan Rabaey's online lectures

Jan Rabaey's view graphs:
    chapter1.ppt
    chapter2.ppt
    chapter3.ppt
    chapter4.ppt
    chapter5.ppt
    chapter6.ppt
    chapter7.ppt
    chapter8.ppt
    chapter9.ppt
    chapter10.ppt
    chapter11.ppt   
    chapter12.ppt

Mosis Scalable CMOS (SCMOS) Design Rules

A Simple MOSIS Polygon Design Flow Example

MOSIS Pad Libraries

AMI C5N Process

U.Penn Cadence Tutorial

Advanced Digital Integrated Circuits (EE241 U.C. Berkeley)