EI0312 VLSI - SRM University

Course Code : EI0310
Course Title : VLSI and Embedded Systems
Year& Semester : 06
Course duration : Jan-May 2012 (Even semester)
Location : Tech park
Faculty Details:
SRM UNIVERSITY
Faculty of Engineering and Technology
DEPARTMENT OF EIE
Name of the staff Section Office Office Mail ID
Hours
Mrs. G.Deiva Durga
EIE-A
EIE -B
Tech Park 8.30-4 pm deivadurga.g@ktr.srmuniv.ac.in
Required Text Books:
• Wayne Wolf, Modern VLSI Design (System on Silicon), Prentice Hall PTR 2000
• Michael John Sabestian Smith, Application Specific Integrated circuits, 2002
• Douglas Pucknell, Basic VLSI Design Systems and Circuits, Prentice Hall PTR 2000
• Neil Weste & Kamran Eshrangian, Principles of CMOS VLSI Design, Addison Wesley, 2nd edition 1998
• Jacob Baker, Harry, David E.Boyce, CMOS Circuit Design, Layout and Simulation, Prentice Hall India 1998
Web Resource:
Objective:
www.en.wikipedia.org/wiki/VLSI_engineering
The students will be able to understand the techniques
• MOS device operation, fabrication and designing gates
• Circuits using MOS transistors
• Basics of Sequential system design
• Introduction to ASIC
• Introduction to fault models and testing
Tentative test details and portions:
Cycle Test – I : UNIT-I & II (4.02.2013)
Cycle Test –II : UNIT-III & IV (4.03.2013)
Model Exam : ALL 5 UNITS (15.04.2013)

Assessment details:
Cycle test-I
10 points
Cycle test-II
10 points
Model exam
10 points
Surprise test
5 points
Attendance
5 points
Total 50
Outcomes:
Students who have successfully completed this course
Study of MOS technology and circuits.
Gain knowledge of Layout and digital Circuits.
Understanding of ASIC
Purpose FPGA
Knowledge of Faults
The students will be able to understand the types
of MOS, their properties and their design with
stick diagrams
The Students will be able to analyze scaling in
MOS, pass transistor, Supper Buffer, Clocking
Strategies, PLA and PAL design.
The students will have a broad knowledge in
Floor planning, Placement and routing.
The Students will be able to acquire knowledge
about FPGA
The students can acquire a clear knowledge of
testability, controllability and observability of the
model,
Detailed Session Plan:
DAY NAME OF THE TOPICS REFERENCE
UNIT-I
1 Digital systems and VLSI
2 CMOS Technology
3 Bipolar technologies
MOS circuits electrical properties
4 Integrated Circuit Design Techniques
5 Transistors and Layout
6 Fabrication Process of nMOS
7 Fabrication process of CMOS
8 Stick diagram and Layout
9 Design Rules
UNIT-II
10 Introduction to Logic Gates
11 Combinational Logic Functions and Static
Complementary Gates
12 Wires and Delays, Switch Logic
1. Douglas A. Pucknell,
Basic VLSI Design
Systems and Circuits,
Prentice Hall of India,
1993
2. Wayne Wolf, Modern
VLSI Design (System on Silicon),
Prentice Hall PTR 2000
1. Douglas A. Pucknell,
Basic VLSI Design
Systems and Circuits,
Prentice Hall of India,
1993

13 Alternative Gate Circuits 2. Wayne Wolf, Modern
14 Combinational Logic Networks
VLSI Design (System on Silicon),
Prentice Hall PTR 2000
15 Layout Design Methods
16 Combinational Network Delay
17 Cross Talk - Power Optimization
18 Switch Logic Networks - Combinational Logic
Testing.
UNIT-III
19 Sequential Machines
20 Latches and Flipflops
21 Sequential system and Clocking discipline
22 Sequential System Design - Power Optimization
23 Design Validation - Sequential Testing
24 Subsystem design - Combinational Shifters
25 Adders- ALU - Multipliers
26 High Density Memory
UNIT-IV
27 Application Specific Integrated Circuits
28 Types of ASIC
29 Design Flow of VLSI
30 Types of Simulation
31 Programmable ASIC
32 Floor planning - Placement
33 Partitioning - Routing
UNIT-V
34 Types of PLD, FPLA
35 FPGA Architecture
36 Fault Models - Stuck-at-Faults
37 Design for testability
38 Design for controllability
39 Design for absorvability
40 LFSR - Boundary Scan Techniques.
1. Douglas A. Pucknell,
Basic VLSI Design
Systems and Circuits,
Prentice Hall of India,
1993
2. Wayne Wolf, Modern
VLSI Design (System on Silicon),
Prentice Hall PTR 2000
1. Wayne Wolf, Modern VLSI
Design (System on Silicon),
Prentice Hall PTR 2000
2. Michael John Sabestian Smith,
Application Specific Integrated
circuits, 2002
1. Michael John Sabestian Smith,
Application Specific Integrated
circuits, 2002