Introduction to Testing of VLSI Circuits & Fault Modeling




Introduction to Testing of VLSI Circuits & Fault Modeling Using DSCH 3.5

What you will learn

Introduction to Testing, Principle of Testing, Empirical Rule

Levels of Fault Modeling, Stuck at Faults

Introduction to Simulation and DSCH 3.5 Software

Conversion of DSCH file to Microwind file

Implementation of AND gate and its fault analysis in DSCH 3.5 software

Implementation of Half Adder and Full Adder and their fault analysis in DSCH 3.5 software

Description

Welcome to this course, this course is about understanding of Testing and Verification of VLSI Circuits.

This course will not only give you theoretical understanding of Testing concepts but I am sure it will improve your confidence in designing and Fault Modeling analysis of VLSI Circuits.

This course will definitely boost your interest in VLSI Domain.

You will learn following concepts on this course

Introduction to Testing, Difference between testing and verification , Principle of Testing,  Benefits of Testing , Types of Testing , Empirical Rule.

Concepts of Defect, Fault and Error, Levels of Fault Modeling, Types of faults, How we can calculate Single Stuck at Faults and Multiple Stuck At Faults of different circuit.

Introduction to Simulation and DSCH 3.5 Software.

Conversion of DSCH file to Microwind file.

Implementation of AND gate and its fault analysis in DSCH 3.5 software.

Implementation of Half Adder and Full Adder and their fault analysis in DSCH 3.5 software.

After completing this course you will be able to design and simulate circuits and also will able to do fault analysis.

We are going to use DSCH 3.5 and Microwind Software for implementing circuits.

After completing this course you will be able to design and simulate circuits and also will able to do fault analysis.

I wish you all the best for course.

English
language

Content

Testing Philosophy
Introduction to Testing
Types of Testing
Fault Modeling
What is Fault Modeling?
Implementation of Different Circuits in DSCH 3.5 Software & Fault Analysis
Introduction to Simulation and DSCH 3.5 Software
Implementation of Inverter Gate in DSCH 3.5 and its conversion to Microwind File
Implementation of AND Gate in DSCH 3.5 and Calculation of Stuck At Faults
Implementation of Half Adder and Full Adder in DSCH 3.5

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