Introduction
  • Course Preview
  • Introduction
  • Definitions
  • Difference Between Analog and Digital Electronics
  • Understanding The Concept of Logic '0' & Logic '1'
Quick Revision of Analog Electronics
  • Understanding Working of Diodes
  • Understanding Working of BJTs
  • Course Feedback
Basic Logic Gates
  • Introduction to Logic Gates
  • Understanding the Operation and Designing of NOT gate on Proteus Software
  • Implementing NOT Gate on the Thinkercad Software
  • Understanding the Operation and Designing of AND gate on Proteus Software
  • Implementing AND Gate on the Thinkercad Software
  • Understanding the Operation and Designing of OR Gate on Proteus Software
  • Implementing OR Gate on the Thinkercad Software
  • Course Feedback
Universal Logic Gates
  • Understanding the Operation and Designing of NAND Gate on Proteus Software
  • First Rule of Demorgan's Law
  • Simulating NAND Gate on the Thinkercad Software
  • Understanding the Operation and Designing of NOR Gate on Proteus Software
  • Second Rule of Demorgan's Law
  • Simulating NOR Gate on the Thinkercad Software
  • Course Feedback
Exclusive Logic Gates
  • Understanding the Operation and Designing of Ex-OR Gate
  • Designing BUFFER & NOT Gate with Ex-OR Gate
  • Simulating Ex-OR Gate on the Thinkercad Software
  • Understanding the Operation and Designing BUFFER & NOT Gate using Ex-NOR Gate
  • Understanding the Conversion of Ex-OR to Ex-NOR Gate and Vice Versa
Minimization of Logical Expression
  • Introduction
  • NOT Operation
  • AND Operation
  • OR Operation
  • Numerical based on minimization of basic logical operation
  • Distribution Theorem
  • Numerical based on Distribution Theorem
  • Consensus Theorem
  • Numerical based on Consensus Theorem
  • De-Morgan's Theorem
  • Course Feedback
Numerical based on Minimization of Logical Expression
  • Numerical - 1
  • Numerical - 2
  • Numerical - 3
  • Numerical - 4
Numericals based on Logic Gates
  • Numerical - 1
  • Numerical - 2
  • Numerical - 3
  • Numerical - 4
Universal Logic Gates
  • NAND Gate as NOT Gate
  • NAND Gate as AND Gate
  • NAND Gate as OR Gate
  • NAND Gate as NOR Gate
  • NAND Gate as Ex-OR Gate
  • NAND Gate as Ex-NOR Gate
  • NOR Gate as NOT Gate
  • NOR Gate as AND Gate
  • NOR Gate as OR Gate
  • NOR Gate as NAND Gate
  • NOR Gate as Ex-NOR Gate
  • NOR Gate as Ex-OR Gate
  • Course Feedback
Mini-Project
  • Water Pump Controlling System
Number System
  • Introduction to Number System
  • Binary Number System
  • Octal Number System
  • Hexadecimal Number System
Conversion of Octal & Hexadecimal Number into Binary (Tabular Form)
  • Octal to Binary Number in Tabular form
  • Hexadecimal to Binary Tabular form
Concept of Bits, Bytes & Nibbles
  • Understanding the Concept of bit, byte and nibble
Conversion In Number System
  • Decimal to Binary Number System Conversion
  • Decimal to Octal & Hexadecial Conversion
  • Binary to Decimal Number System
  • Octal & Hexadecimal to Decimal Number System
  • Octal to Binary Number System Conversion
  • Conversion of Binary to Octal Number System
  • Conversion of Hexadecimal to Binary Number System
  • Conversion of Binary to Hexadecimal Number System
  • Conversion of Octal to Hexadecimal Number System & Vice Versa
  • Course Feedback
Addition & Subtraction of BInary Numbers
  • Addition of Binary Numbers
  • Subtraction of Binary Numbers
  • Numerical on Subtraction of Binary Number
Data Representation
  • Understand the Data Representation & the concept of Signed & Unsigned Numbers
  • Understand the Concept of 1s complement
  • Understand the Concept of 2s Complement