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Digital Electronics for Beginners:- Mastering with PROTEUS
Rating: 4.7 out of 5(37 ratings)
1,795 students

Digital Electronics for Beginners:- Mastering with PROTEUS

Learn Digital Electronics & Circuit Simulation on Proteus Software Recommended for ECE, Robotic & Biomedical Engineers
Created byPractical Buddy
Last updated 10/2025
English

What you'll learn

  • Basic working of BJT and Diodes
  • Difference between Analog and Digital Electronics
  • What is Logic Gates and different types of logic gates
  • Universal Logic Gates & Exclusive Logic Gates
  • Minimization of Logic gates
  • Numerical based on Minimization of Logical Expression
  • Number Systems
  • Concept of Bits, Bytes & Nibbles
  • Conversion In Number System
  • Addition & Subtraction of Binary Numbers
  • Data Representation
  • Understanding SOP & POS Form

Course content

18 sections • 88 lectures • 20h 37m total length

  • Course Preview2:38
  • Introduction9:21
  • Definitions12:05
  • Difference Between Analog and Digital Electronics41:59
  • Understanding The Concept of Logic '0' & Logic '1'6:02

Requirements

  • Basic Idea about concepts of current electricity or you can enroll in my first course
  • Semiconductors or you can enroll in my second course
  • In depth knowledge of components like diodes, capacitors and BJT or you can enroll in my third and fourth course

Description

Welcome to our comprehensive course on Digital Electronics! Perfect for students pursuing IT, Computer Science, Electrical, Electronics, Instrumentation, Biomedical, and Robotic Engineering, this course is designed to solidify your understanding of fundamental concepts.

Before diving in, it's beneficial to have a grasp of basic electricity principles, semiconductor functionality, and a thorough understanding of diodes and transistors, especially BJTs. If you're new to these concepts, consider enrolling in our previous courses where we delve into these topics extensively.

In this course, we focus on building a strong foundation in digital electronics through the following key areas:

1) Basic Logic Gates

2) Universal Logic Gates

3) Exclusive Logic Gates

4) Minimization of Logical Expression

5) Numerical based on Minimization of Logical Expression

6) Numericals based on Logic Gates

7) Universal Logic Gates

8) Mini-Project

9) Number System

10) Concept of Bits, Bytes & Nibbles

11) Conversion In Number System

12) Addition & Subtraction of BInary Numbers

13) Data Representation

14) Understanding SOP & POS Form


While these topics may seem straightforward, our course offers unique insights and techniques that go beyond the basics. Expect in-depth exploration, practical implementation, and hands-on experience using Proteus and TinkerCAD software platforms.

By the end of the course, you'll achieve:

  1. A Quick Revision of Analog Electronics: Reinforcing your knowledge of diodes and BJTs.

  2. Comprehensive Understanding of Logic Gate Design: Mastering the intricacies of logic gates.

  3. Practical Implementation: Applying learned concepts on Proteus and TinkerCAD.

  4. Efficient Logical Expression Minimization: Simplifying expressions with ease.

  5. Mastery of Number Systems: Grasping the nuances of different systems.

Join us and embark on a journey towards mastery in digital electronics. Whether you're a beginner or seeking to deepen your understanding, this course is your gateway to unlocking the complexities of digital circuits and systems.



Who this course is for:

  • Anyone who wants to learn basic concepts of digital electroics
  • Recommended for those who want to start learning arduino
  • Electrical Engineers
  • Electronic Engineers
  • Biomedical Engineers
  • Instrumentation Engineers

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