Study material
Engineering
Computer Engineering
Information Technology
Electrical Engineering
Civil Engineering
Mechanical Engineering
Electronics and Communications
Electronics and Telecommunication
Electrical and Electronics
B.Com
B.A
BBA
BAF
BMS
New Test BE-Btech
Demo BE-Btech
Prod BE-BTech
Blog
Log in
Become a data analyst in the next 4 months and kickstart your career.
100% placement assistance.
Start your Analytics journey with our free
Python course.
Explore Now
Home
Universities
Other university
Electronics and Communication engineering
VLSI Design
Other university, Electronics and Communication engineering , VLSI Design Syllabus
VLSI Design Lecture notes
|
Videos
|
Free pdf Download
|
Previous years solved question papers
|
MCQs
|
Question Banks
|
Syllabus
Get access to 100s of MCQs, Question banks, notes and videos as per your syllabus.
Try Now for free
Unit - 1 Introduction
Unit 1
Introduction
1.1 A Brief History
1.3 Preview
1.3 MOS Transistor
1.4 CMOS logic
1.5 CMOS Fabrication and Layout
1.6 Design Partitioning
1.7 Logic Design
1.8 Circuit Design
1.9 Physical Design
1.10 Design Verification
1.11 Fabrication
1.12 Packaging and Testing
Unit - 2 Delay
Unit 2
Delay
2.1 Introduction
2.2 Transient Response
2.3 RC Delay Model
2.4 Linear Delay Model
2.5 Logical effort of Paths
2.6 Timing Analysis Delay Models
2.7 Power Introduction
2.8 Dynamic Power and Static Power
Unit - 3 Energy
Unit 3
Energy – Delay Optimization
3.1 Energy – Delay Optimization
3.2 Low Power Architectures
3.3 Interconnect Introduction
3.4 Interconnect Modelling
3.5 Interconnect Impact
3.6 Interconnect Engineering
3.7 Logical Effort with Wires
Unit - 4 Dynamic Logic Circuits
Unit 4
Dynamic logic circuits
4.1 Dynamic logic circuits Introduction
4.2 Basic principle of pass transistor circuits
4.3 Synchronous dynamic circuit techniques
4.4 Dynamic CMOS circuit techniques
4.5 Domino CMOS logic
4.6 Semiconductor memories Introduction
4.7 DRAM
4.8 SRAM
4.9 ROM
4.10 Flash memory
Unit - 5 Low – Power CMOS Logic Circuits
Unit 5
Low – Power CMOS Logic Circuits
5.1 Low – Power CMOS Logic Circuits Introduction
5.2 Overview of Power Consumption
5.3 Low – Power Design through voltage scaling
5.4 Estimation and Optimization of switching activity
5.5 Reduction of Switched Capacitance and Adiabatic Logic Circuits
5.6 Design for Testability Introduction
5.7 Fault Types and Models
5.8 Controllability and Observability
5.9 Ad Hoc Testable Design Techniques
5.10 Scan Based
5.11 BIST Technique
Download ECE Fourth Year syllabus pdf
Get access to 100s of MCQs, Question banks, notes and videos as per your syllabus.
Try Now for free
Other Subjects of fourth-year
Machine learning
Wireless communication
Satellite & radar systems
Wireless & mobile communication
Cost management of engineering projects
Popular posts
Top 5 websites all engineers should use
Top 5 websites for academic reasearch
Top 5 interview advice for engineers
What is race around condition
What is convolution theorem
Share
Link Copied
More than
1 Million
students use Goseeko! Join them to feel the power of smart learning.
Try For Free
Spot anything incorrect?
Contact us