Electronics-Digital Circuit Design

Name: Electronics-Digital Circuit Design
Rating: 4.5 (28 reviews)

Gain the knowledge and skill set to implement and understand digital logic circuits !

Created byJoshua Joseph

Last updated 4/2019

English

What you'll learn

Base systems and conversions
Binary logic
Logic gates and their functions
Boolean algebra and how it is used to simplify logic circuits
K-maps to simplify circuits

Course content

9 sections • 37 lectures • 2h 2m total length

Base systems3:39
Base systems decoded

Decimal to Binary and vice versa4:36
Convert a decimal number to binary by dividing by two and recording remainders, then reading from bottom to top, noting the most and least significant digits and their impact.
Decimal to Binary -Fractions2:20
Quick Binary format1:45
Binary to Hexadecimal and vice versa2:54
Learn how the hexadecimal system uses base 16, with digits 0–9 and A–F, and practice converting decimal numbers like 114 and 1023 to hex through division by 16 and verification.
Binary to Octal and vice versa2:43
Complements of a Number1:07
1's complement1:03
Compute the ones complement of a binary number by flipping each digit, turning 0 into 1 and 1 into 0. The method is illustrated with examples A and B.
2's complement1:21
Subtraction using 2's complement3:03
Subtraction using 1's complement2:28
Assignment- Base Conversions

What is Boolean algebra and its rules1:20
Associative,Distributive and commutative Properties1:54
Explore the associative, distributive, and commutative properties with examples of grouping sums and grouped multiplication to reinforce core algebra for digital circuit design.
Boolean AND laws2:26
Demonstrate the and laws: A and 0 yields 0, and A and 1 yields A. Show that A and A equals A, and A complement equals 0.
Boolean OR laws1:48
De Morgan's Laws1:30
Inversion law0:25

Requirements

Be good at basic math
Willingness to learn and explore new territories

Description

This course is designed and formulated to help students understand, solve and design digital logic circuits.Taking this course will give the students an insight on the logic that forms the backbone to 21st century technology.This course has detailed lectures that not only define or describe logic gates but also examples and problems where you get to learn the real life implementation and working of the logic gates.

This course also has a tons of quizzes,assignments and cheat sheet to help you brush your concepts thoroughly and prepare you for any related examinations.

You'll learn

1.Base system concepts

2.Base conversions

3.Binary logic

4.Logic gates

5.Boolean algebra

6.Derived logic gates

7.Applications of Boolean algebra

8.K maps

And much more !

Who this course is for:

Anyone interested to learn how digital circuits are designed and work.
Especially helpful for those who want to pursue and learn either Computer science or Electronics.

Electronics-Digital Circuit Design

What you'll learn

Explore related topics

Course content

What's with the Base ? and conversions ?1 lecture • 4min

Base conversions10 lectures • 23min

Binary logic and Logic Gates5 lectures • 6min

Boolean Algebra6 lectures • 9min

Derived Logic Gates4 lectures • 10min

Applications of Boolean algebra-Solving boolean expressions3 lectures • 10min

CANONICAL FORMS - VERY IMPORTANT3 lectures • 24min

K-MAPS (Karnaugh maps)4 lectures • 32min

Miscellaneous Problems for practice (video)1 lecture • 4min

Requirements

Description

Who this course is for: