Boolean Algebra, Logic Gates & K-Maps (English)

   Monday, April 22, 2024   

Starting a new Lecture Notes Series on Boolean Algebra, Logic Gates & K-Maps

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Channel Name: Simple Snippets

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Boolean Algebra, Logic Gates & K-Maps By Lecture Notes together!

Lecture 1: Introduction to Boolean Algebra & Digital Systems & Circuits

Lecture 2: Basic Boolean Algebraic Operations | OR - AND - NOT operations

Lecture 3: Laws of Boolean Algebra - Part 1 | Boolean Algebra & Logic Gates

Lecture 4: Laws of Boolean Algebra - Part 2 | Boolean Algebra & Logic Gates

Lecture 5: De Morgan's Laws / Theorems | Boolean Algebra & Logic Gates

Lecture 6: Basic Logic Gates - OR | AND | NOT | XOR gates | Boolean Algebra

Lecture 7: XNOR Gate in Boolean Algebra with Truth Table and Equation

Lecture 8: Universal Logic Gates - NOR gate | Boolean Algebra & Logic Gates

Lecture 9: Universal Logic Gates - NAND gate | Boolean Algebra & Logic Gates

Lecture 10: Sum Of Products - SOP | Boolean Algebra & Logic Gates

Lecture 11: Product Of Sums - POS | Boolean Algebra & Logic Gates

Lecture 12: Minterms(SOP) & Maxterms(POS) | Boolean Algebra

Lecture 13: Boolean Agebra Numerical - Expression Simplification - Truth Table - Circuit Design

Lecture 14: Boolean Agebra Numerical - Prove LHS = RHS

Lecture 15: Boolean Agebra Numerical - Minterms(SOP) & Maxterm(POS) Equation Forming

Lecture 16: Karnaugh Maps | K-Maps - Boolean Algebra

Lecture 17: K-map Numerical with 3 Variable SOP Boolean Expresson | Boolean Algebra

Lecture 18: 4 - Variable K-Map Problem with SOP Expressions | Boolean Algebra

Lecture 19: 4 - Variable K-Map Problem with Don't Care Condition | Boolean Algebra

Lecture 20: K-map Problem with 3 Variable POS Boolean Expresson | Boolean Algebra

Lecture 21: Half Adder Combinational Circuit | Boolean Algebra & Logic Gates

Lecture 22: Full Adder Combinational Circuit | Boolean Algebra & Logic Gates

Lecture 23: 4 : 1 Multiplexer Combinational Logic Circuit | Boolean Algebra & Logic Gates

Lecture 24: 1 : 4 Demultiplexer Combinational Logic Circuit | Boolean Algebra & Logic Gates

Lecture 25: Encoder and Decoder Combinational Circuits | 4 x 2 Encoder & 2 x 4 Decoder with Truth Table

Lecture 26: Priority Encoder Digital Circuit with Truth Table & Circuit Diagram using K-Maps

Lecture 27: Decimal to BCD Encoder Circuit with Truth Table & Circuit Diagram

Lecture 28: Octal to Binary Encoder Circuit with Truth Table & Circuit Diagram

Lecture 29: Hexadecimal to Binary Encoder Circuit with Truth Table & Circuit Diagram

Lecture 30: Hamming Code Error Detection & Error Correction using Even Parity | 7-bit hamming code numerical

Lecture 31: Sequential Circuits in Digital Electronics | Introduction & Types

Lecture 32: Flip Flops & latches in Digital Electronics with Example of 1 Bit Memory Cell

Lecture 33: SR Flip Flop | RS Flip Flop using NOR gate & NAND Gate with Truth Table & Circuit Diagrams

Lecture 34: Clock in Digital Electronics | Clock Synchronization & Control in Sequential Circuits

Lecture 35: Clock Triggering Techniques in Digital Electronics | Level Triggering & Edge Triggering

Lecture 36: Clocked SR Flip Flop using NAND Gates with Truth Table and Circuit Diagram

Lecture 37: Clocked D Flip Flop using NAND Gates with Truth Table and Circuit Diagram

Lecture 38: Clocked JK flip flop using NAND gates with Truth Table and Circuit Diagram

Lecture 39: Clocked T Flip Flop using NAND Gates with Truth Table and Circuit Diagram

Lecture 40: Race Condition or Racing in Digital Circuits Explained in Detail

Lecture 41: Master Slave JK Flip Flop | Flip Flops in Digital Electronics

Lecture 42: Introduction to Counters in Digital Electronics | Part 1 - Theory

Lecture 43: Introduction to Counters in Digital Electronics | Part 2 - Circuit Diagram & Clock Cycle Counting

Lecture 44: 3 Bit Asynchronous UP Counter using JK Flip Flops with Truth table & Clock Cycle Diagram