Digital Electronics – Complete Course (73+ Hours)

Digital Electronics – Complete Course (73+ Hours), available at $64.99, has an average rating of 4.4, with 451 lectures, based on 211 reviews, and has 2618 subscribers.

You will learn about Digital Electronics Logic Gates, Multiplexers, Flip Flops, Semiconductor Memories Indepth Knowledge of Each Topic. More than 70+ Hours of Content. This course is ideal for individuals who are Electronics and Telecommunication Engineering or Electrical Engineering It is particularly useful for Electronics and Telecommunication Engineering or Electrical Engineering.

Enroll now: Digital Electronics – Complete Course (73+ Hours)

Summary

Title: Digital Electronics – Complete Course (73+ Hours)

Price: $64.99

Average Rating: 4.4

Number of Lectures: 451

Number of Published Lectures: 451

Number of Curriculum Items: 451

Number of Published Curriculum Objects: 451

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

Digital Electronics
Logic Gates, Multiplexers, Flip Flops, Semiconductor Memories
Indepth Knowledge of Each Topic.
More than 70+ Hours of Content.

Who Should Attend

Electronics and Telecommunication Engineering
Electrical Engineering

Target Audiences

Electronics and Telecommunication Engineering
Electrical Engineering

1. This Course is for Students having background in Electronics and Telecommunication or any relevant stream.

2. This Course is also called as Digital Circuits.

3. If you have any experience in any Circuit Design Course prior to this then you can have a look.

4. The Prerequisites required are mentioned in the Course Introduction Video.

5. This is a Theoretical and Analytical Course.

6. This Course is exclusively made from Beginnerspoint of view.

7. If you want to learn building Circuits Design Sense and Logic.

8. Solutions of Each Problem will be in Detail.

8. You will be able to learn different topics with this Course like Combinational Circuits, Sequential Circuits.

9. You will be able to handle any Problem in Digital Design after finishing this Course.

Digital Design is one of the most core Designs in the Field of Electronics – You can get a Job by just Learning Digital Design.

Q:- Will the course teach me Analog Design?

A:- No, This topic is dealt in separate Course called Analog Electronics, and they require separate Attention all together.

With over 3+ Years of Experience and a 4.0 Instructor Rating in Udemy, I am Coming Up with Core Electronics Course of more than 50+ Hours of Theory and Problem Solving called Digital Electronics – Complete Course (72+ Hours).

The curriculum was developed over a period of 2 years.

If you are satisfied in any way, Check out my other Courses as well.

So what are you waiting for? Click the buy now button and join me on this Wonderful course.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: Logic Gates

Lecture 1: Logic Gates Introduction

Lecture 2: AND Gate

Lecture 3: OR Gate

Lecture 4: NOT Gate (Part 1)

Lecture 5: NOT Gate (Part 2)

Lecture 6: Examples on MultiVibrator

Lecture 7: Small Note

Lecture 8: Universal Gates

Lecture 9: NAND Gate

Lecture 10: Basic gates from NAND

Lecture 11: NOR Gate

Lecture 12: Basic gates from NOR

Lecture 13: EX-OR

Lecture 14: EX-OR Property

Lecture 15: EX-NOR

Lecture 16: EX-NOR Property

Lecture 17: More Properties

Chapter 3: Boolean Algebra and Reduction Techniques

Lecture 1: Introduction and Few Laws

Lecture 2: Some More Laws

Lecture 3: Consensus Law

Lecture 4: De-Morgans Law

Lecture 5: Duality

Lecture 6: Total Possible Functions

Lecture 7: Self Duality

Lecture 8: Complement of a Function

Lecture 9: Representation of Boolean Expression

Lecture 10: Standard (Canonical) Form

Lecture 11: Minterms

Lecture 12: Another Example

Lecture 13: Shortcut

Lecture 14: MSB LSB

Lecture 15: Max Terms

Lecture 16: Motivation for K Maps

Lecture 17: K-Maps (Intro)

Lecture 18: 2-Variable K Map (1)

Lecture 19: 2-Variable K Map (2)

Lecture 20: 2-Variable K Map (3)

Lecture 21: 3-Variable K Map

Lecture 22: 4-Variable K Map (1)

Lecture 23: 4-Variable K Map (2)

Lecture 24: POS and Another way of Filling

Lecture 25: Examples 4 Variables

Lecture 26: Dont Care

Lecture 27: SOP equals POS

Lecture 28: Another Example for Dont Care Terms

Lecture 29: 5 Variable K-Maps

Lecture 30: 5 Variable K Map (SOP Example)

Lecture 31: 5 Variable K Map (POS Example)

Lecture 32: Implicants

Lecture 33: Prime Implicants

Lecture 34: Essential Prime Implicants

Lecture 35: EPI Question

Lecture 36: Some Examples

Lecture 37: Redundant Prime Implicants

Lecture 38: Selective Prime Implicants

Chapter 4: Boolean Arithmatic

Lecture 1: Representation of Numbers

Lecture 2: Decimal to Binary

Lecture 3: Decimal to Binary (2)

Lecture 4: Binary to Decimal

Lecture 5: Octal Number System

Lecture 6: Octal Conversions

Lecture 7: Hexadecimal Number System

Lecture 8: Binary Addition

Lecture 9: Binary Subtraction

Lecture 10: Binary Multiplication

Lecture 11: Binary Division

Lecture 12: Octal Addition

Lecture 13: Octal Addition (Standard)

Lecture 14: Octal Subtraction

Lecture 15: Octal Multiplication

Lecture 16: Octal Division

Lecture 17: Octal Division (Standard)

Lecture 18: Hexadecimal Number System (2)

Lecture 19: Hexadecimal to Decimal

Lecture 20: Decimal to Hexadecimal

Lecture 21: Hexadecimal to Binary

Lecture 22: Binary to Hexadecimal

Lecture 23: Hexadecimal to Octal

Lecture 24: Octal to Hexadecimal

Lecture 25: Hexadecimal Addition

Lecture 26: Hexadecimal Subtraction

Lecture 27: Hexadecimal Multiplication

Lecture 28: Hexadecimal Division

Lecture 29: Websites for Conversions

Lecture 30: Codes

Lecture 31: Morse Code

Lecture 32: BCD Code

Lecture 33: Gray Code

Lecture 34: Reflection of Gray Code

Lecture 35: Binary to Gray Conversion

Lecture 36: Gray to Binary Conversion

Lecture 37: Excess-3 Code

Lecture 38: 2421 Code

Lecture 39: BCD Addition (Intro)

Lecture 40: BCD Addition Rules

Instructors

J P
A Survivor

Rating Distribution

1 stars: 3 votes
2 stars: 6 votes
3 stars: 24 votes
4 stars: 68 votes
5 stars: 111 votes

Frequently Asked Questions

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