- Welcome!
- General equation of a number system
- Number System Conversions : An Introduction
- Conversion of Binary Numbers into Decimal Equivalent
- Range of Binary Numbers
- Conversion of Octal Numbers into Decimal Equivalent
- Conversion of Hexadecimal Numbers into Decimal Equivalent
- Conversion of Decimal Numbers into Binary Equivalent
- Conversion of Decimal Numbers into Octal Equivalent
- Conversion of Decimal Numbers into Hexadecimal Equivalent
- Conversion of Binary Numbers into Octal Equivalents
- Conversion of Binary Numbers into Hexadecimal Equivalents
- Conversion of Octal Numbers into Hexadecimal Equivalents and vice-versa
- Quiz 1 : Checkpoint : General Equation of Number Systems
- Checkpoint : Conversions
- Binary Addition
- Complements
- Binary Subtraction
- Representing signed binary numbers
- Checkpoint : Binary Arithmetic
- Logic gates and Boolean Algebra : An Introduction
- Introducing logic gates and their depiction
- NOT gate
- AND gate
- OR gate
- Buffer gate
- NAND and NOR gates
- Exclusive-OR and Exclusive-NOR gates
- Checkpoint : Logic Gates
- Introduction to Boolean Functions
- Properties and Postulates
- Proofs of Postulates
- Basic Theorems
- Principle of Duality
- Proof of Involution law and Absorption Law
- Complement of a Function
- Algebraic Manipulation
- Standard and Canonical forms - I
- Standard and Canonical forms - II
- Simplifying Boolean equations using laws and properties
- 2-variable Karnaugh Map
- Solved Examples - 2 variable KMap
- 3-variable K-Map
- 4-variable K-Map
- Solved Examples - 3 and 4 variable KMap
- Checkpoint : Boolean Algebra
- End of the Course : What to expect further?