Electronics-Digital Circuit Design

Course Curriculum

Chapter 1: What's with the Base ? and conversions ?

Lecture 1: Base systems

Chapter 2: Base conversions

Lecture 1: Decimal to Binary and vice versa

Lecture 2: Decimal to Binary -Fractions

Lecture 3: Quick Binary format

Lecture 4: Binary to Hexadecimal and vice versa

Lecture 5: Binary to Octal and vice versa

Lecture 6: Complements of a Number

Lecture 7: 1's complement

Lecture 8: 2's complement

Lecture 9: Subtraction using 2's complement

Lecture 10: Subtraction using 1's complement

Chapter 3: Binary logic and Logic Gates

Lecture 1: Introduction to binary logic

Lecture 2: AND logic and What's a Truth table ?

Lecture 3: What are Logic gates and AND gate

Lecture 4: NOT logic and Gate

Lecture 5: OR logic and Gate

Chapter 4: Boolean Algebra

Lecture 1: What is Boolean algebra and its rules

Lecture 2: Associative,Distributive and commutative Properties

Lecture 3: Boolean AND laws

Lecture 4: Boolean OR laws

Lecture 5: De Morgan's Laws

Lecture 6: Inversion law

Chapter 5: Derived Logic Gates

Lecture 1: NAND Gate

Lecture 2: NOR gate

Lecture 3: XOR gate

Lecture 4: XNOR gate

Chapter 6: Applications of Boolean algebra-Solving boolean expressions

Lecture 1: Examples of simplifying boolean expressions

Lecture 2: Solving De Morgan based expressions

Lecture 3: Solving Logic gate Diagrams

Chapter 7: CANONICAL FORMS – VERY IMPORTANT

Lecture 1: MIN TERMS and Sum Of Products(SOP)

Lecture 2: MAX TERMS and Product Of Sums(POS)

Lecture 3: Examples and solving canonical forms

Chapter 8: K-MAPS (Karnaugh maps)

Lecture 1: What are K maps?

Lecture 2: Elements of a K map

Lecture 3: Solving via K maps

Lecture 4: Don't Care condition

Chapter 9: Miscellaneous Problems for practice (video)

Lecture 1: Example 1