Vaibbhav Taraate

Digital Design in VLSI Perspective

  • PRO
  • 12 h 16 min
  • Englisch
  • Informatik
  • 79
  • mit Zertifikat

What is the course about?

The course " Digital Design in VLSI Perspective" is a 12 hours course and useful to VLSI Beginners. The course covers the basics to complex Digital Design techniques and is useful as a foundation course to beginners. The main course highlights are:

  1. Video sessions with practical design concepts
  2. Videos on performance improvement
  3. Videos on the Finite State Machines
  4. Videos on the complex design techniques
  5. Exercises and Assignments

If you wish to pursue a career in the VLSI domain then the course can be used as foundation course! In the system design, the designer should know about the various kinds of elements and their role. The course covers the digital design techniques which are helpful to the VLSI beginners!

Course Structure

The course has 11 chapters and covers the basics of digital design elements and their role in the system design!

  1. Introduction

  2. Arithmetic Logic Resources

  3. Let Us Apply Fundamentals

  4. Code Converters and Design

  5. Multiplexer as Universal Logic

  6. Decoders, Encoders and Priority Logic

  7. Area Optimization for Combinational Design

  8. Basics of Sequential Design

  9. Counters and Shift Registers and Design Approach

  10. Sequential Circuit Delays and Timing Analysis

  11. Finite State Machines

What is included in this course

By enrolling in this course, you will gain access to:

• All Course Material

• Challenging Assignments

• Exercises and Quizzes

• Flexible Time Management



Upon completion of this course, you will receive:

• A Certificate of Participation

In addition, this course offers flexible time management. With a workload of 12 hours, the suggested course length is about 4-5 weeks. If you can’t spare 3-4 hours a week or would rather finish the course faster, you can do so as well. Take as little or as much time as you need and complete the course at your own pace.

Course content

Kapitel 1
Introduction
What should be our objective?
5 min
Introduction to Logic Gates
6 min
Cascade Connection and Delay
6 min
Basics of Logic Gates
9 min
Demorgan's Theorem and Applications
7 min
Universal Logic Gates
10 min
Design using minimum logic gates
10 min
Propagation Delay for Combinational Design
5 min
Assignments
20 min
Kapitel 2
Arithmetic Logic Resources
Full Adder as Arithmetic Resource
9 min
Design of Full Adder Using Half Adders
9 min
Design of 4-bit adder and subtractor
9 min
Half Subtractor
5 min
Kapitel 3
Let Us Apply Fundamentals
Apply the Fundas
10 min
Kapitel 4
Code Converters and Design
Code Converters
10 min
Let us find the Logical Equivalent
5 min
Assignments
30 min
Kapitel 5
Multiplexer as universal logic
Basics of Multiplexer
11 min
The 4:1 Multiplexer
8 min
Implementation of 4:1 Mux using minimum number of 2:1 MUX
8 min
The Multiplexer as Universal Logic
4 min
Applications of Multiplexers
8 min
Assignments
15 min
Kapitel 6
Decoders, Encoders and Priority Logic
Decoder
7 min
Applications of Decoder
10 min
Applications of Decoder
30 min
Encoder and Priority Encoder Design
30 min
Kapitel 7
Area Optimization for Combinational Design
Arithmetic Unit and Area
12 min
Area Optimization Round-1
6 min
Area Optimization Round-2
10 min
Area Optimization at logic level
60 min
Kapitel 8
Basics of Sequential Design
Basics of Sequential Design
10 min
Positive Level Sensitive Latch
7 min
Negative Level Sensitive Latch
5 min
Logic Circuit of D Latch
7 min
D Flip-Flop
12 min
Use and Design of Sequential Elements
30 min
Kapitel 9
Counter and Shift Registers and Design Approach
Counter Basics
7 min
Synchronous Counter Design
9 min
MOD 3 Counter and Concept of Duty Cycle
10 min
Ring Counter and Design Startegy
10 min
Clock Divider
5 min
Asynchronous Design
10 min
Assignments on the counter design and duty cycle control
60 min
Ring Counters
45 min
Kapitel 10
Sequential Circuit Delays and Timing Analysis
Basics of Sequential Circuit Timing
13 min
Maximum Frequency Calculation
12 min
Maximum Frequency Calculation
30 min
Kapitel 11
Finite State Machines
Introduction to State Machines
10 min
State Diagrams
10 min
Sequence Detector Design
45 min
Concluding Session
5 min

What will you learn?

You will be able to learn the basics of digital design and design techniques. The course will also cover a few advanced techniques like optimization and FSM designs!

What is the target audience?

As a participant, it is recommended that you have a basic understanding of the digital circuits.

If you are an Electronics, Electrical, Instrumentation or Computer Science engineer then you can opt for this course! Also, if you are only interested in the field of VLSI, ASIC, FPGA then you can join this course too and learn the basics of digital design and design techniques!

Course instructors

Einzelpersonen

Kurszugang inklusive Zertifikat

Beinhaltet den Zugang zum Kurs und ein Teilnahmezertifikat als Download.

79 €*

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