Digital Electronics (English) (Part 1)

   Friday, January 12, 2024   

Starting a new Lecture Notes Series on Digital Electronics

Youtube Lecture Playlist Credits 

Channel Name: ALL ABOUT ELECTRONICS

So Let Us Start to This Journey of Learning 

Digital Electronics By Lecture Notes together!

Lecture 1: Introduction to Digital Electronics

Lecture 2: Binary Number System: Counting in Binary Number System | Binary to Decimal Conversion

Lecture 3: Decimal to Binary Conversion Explained (with Solved Examples)

Lecture 4: Number System Solved Problem (Digital Electronics)| Quiz # 334

Lecture 5: Number System Solved Problem (Digital Electronics) | Quiz # 336

Lecture 6: Binary Addition and Subtraction Explained (with Examples)

Lecture 7: 1's complement and 2's complement | Signed Binary Numbers Explained

Lecture 8: 2's Complement Representation | Quiz # 339

Lecture 9: 2's Complement Representation | Quiz # 340

Lecture 10: Addition and Subtraction using 2's Complement Arithmetic | 2s Complement Addition and Subtraction

Lecture 11: 2's Complement Addition (Digital Electronics) | Quiz # 341

Lecture 12: Digital Electronics (1s Complement and 2s Complement) Solved Problem | Quiz # 363

Lecture 13: Binary Multiplication Explained (with Examples)

Lecture 14: Binary Multiplication of Signed Numbers | 2s Complement Binary Multiplication

Lecture 15: Binary Division Explained (with Examples)

Lecture 16: Octal and Hexadecimal Number System Explained

Lecture 17: Binary Codes: Classification of Binary Codes Explained

Lecture 18: BCD Codes (Binary Coded Decimal Codes) Explained

Lecture 19: Gray Code Explained | Gray code to Binary and Binary to Gray code Conversion

Lecture 20: Error Detecting Code : Parity Explained | Odd Parity and Even Parity

Lecture 21: Error Correcting Codes: What is Hamming Distance and Minimum Hamming Distance ?

Lecture 22: Hamming Distance and Error Correction | Quiz # 366

Lecture 23: How Hamming Code Corrects the Error | Hamming Code Explained

Lecture 24: Hamming Code Solved Example | Quiz # 367

Lecture 25: Floating Point Numbers | Fixed Point Number vs Floating Point Numbers

Lecture 26: Floating Point Numbers: IEEE 754 Standard | Single Precision and Double Precision Format

Lecture 27: Solved Problems On Floating Point Arithmetic (Digital Electronics) | Quiz # 480

Lecture 28: IEEE Floating Point Representation | Representation of Denormalised Numbers and Special Numbers

Lecture 29: What is Logic Gate ? Logic Gates Explained

Lecture 30: Logic Gates Solved Problem (Digital Electronics) | Quiz # 369

Lecture 31: Logic Gates : XOR and XNOR gates Explained | XOR and XNOR gate as Inverter

Lecture 32: What is Buffer ? Why Buffer and Tri-State Buffers are used in Digital Circuits ?

Lecture 33: XOR gate Solved Problem (Digital Electronics) | Quiz # 370

Lecture 34: The Laws of Boolean Algebra Explained

Lecture 35: Boolean Algebra Solved Problem (Digital Electronics) | Quiz # 371

Lecture 36: De Morgan's Law in Boolean Algebra Explained (with Solved Examples)

Lecture 37: Logic Gates Solved Problem (Digital Electronics) | Quiz # 373

Lecture 38: Logic Gates Solved Problem (Digital Electronics) | Quiz # 376

Lecture 39: What should be the value of input X ? | Logic gates - Digital Electronics | Quiz # 463

Lecture 40: Digital Electronics (Logic Gates) Solved Problem | Quiz # 379

Lecture 41: Propagation Delay of Logic gates (Digital Electronics) | Quiz # 429

Lecture 42: Propagation Delay of Logic Gates (Digital Electronics) | Quiz # 481 and 482

Lecture 43: Comparator and Logic Gates Solved Problem (Digital Electronics) | Quiz # 420

Lecture 44: Comparator and XOR gate Solved Problem (Digital Electronics) | Quiz # 427

Lecture 45: NAND gate as Universal Gate

Lecture 46: Implementation of Boolean Function using NAND gates (Digital Electronics) | Quiz # 375

Lecture 47: NOR Gate as Universal Gate

Lecture 48: Boolean Function Representation: SOP and POS Form | Minterms and Maxterms Explained

Lecture 49: Minterms and Maxterms in Boolean Expression | Quiz # 378

Lecture 50: SOP and POS Form : Non Canonical to Canonical Form Conversion of Boolean Expression

Lecture 51: Karnaugh Map (K-map) : 2-Variable and 3-Variable K- map Explained

Lecture 52: K-map Solved Example | Boolean Function Minimization using K-map | Quiz # 381

Lecture 53: Karnaugh Map (K-map) : 4-Variable K- map Explained (with Solved Examples)

Lecture 54: K-map: Prime Implicant and Essential Prime Implicant Explained

Lecture 55: Don't Care Conditions in Karnaugh Map (with Solved Examples)

Lecture 56: Half Adder and Full Adder Explained | The Full Adder using Half Adder

Lecture 57: Karnaugh Map (K-map) Solved Problems (Quiz # 384 to Quiz # 386)

Lecture 58: Karnaugh Map (Boolean function Minimization using K-map) | Quiz # 394

Lecture 59: Ripple Carry Adder Explained (with Solved Example) | Working and Limitation of Ripple Carry Adder

Lecture 60: Ripple Carry Adder Solved Problem (Digital Electronics) | Quiz # 387

Lecture 61: Solved Problems on Ripple Carry Adder ( Digital Electronics) | Quiz # 388 and Quiz # 389

Lecture 62: Carry Look Ahead Adder (CLA) Explained

Lecture 63: Carry Look Ahead Adder Solved Problem (Digital Electronics) | Quiz # 390

Lecture 64: Half Subtractor and Full Subtractor Explained

Lecture 65: 4-bit Adder and Subtractor Circuit Explained

Lecture 66: How to Design Binary Multiplier Circuit | 2-bit, 3-bit, and 4-bit Binary Multiplier Explained

Lecture 67: Binary Multiplier Circuit for Signed Numbers Explained

Lecture 68: Parity Generator and Parity Checker Explained

Lecture 69: What is Magnitude Comparator (Digital Comparator) | 1-bit, 2-bit and 4-bit Comparators Explained

Lecture 70: Decoder Explained | What is Decoder? Applications of Decoder | 5 to 32 Decoder using 3 to 8 Decoders

Lecture 71: Multiplexer Explained | Implementation of Boolean function using Multiplexer

Lecture 72: Solved Problems on Multiplexer (Digital Electronics) | Quiz # 398 to Quiz # 400

Lecture 73: Logic Gates using Multiplexer | How to implement a logic gate using the multiplexer ?

Lecture 74: Multiplexer in Digital Electronics | Quiz # 401 and Quiz # 402

Lecture 75: Can You Solve This Multiplexer Problem? | Quiz # 450

Lecture 76: How to Design a Binary Division Circuit ? Binary Division Circuit Explained (with Simulation)

Lecture 77: Demultiplexer Explained | How to Use Decoder as Demultiplexer | 1 to 4 and 1 to 8 Demultiplexer

Lecture 78: How to use Decoder as Demultiplexer? | Quiz # 470

Lecture 79: Encoder in Digital Electronics | Working, Application and Logic Circuit of Encoder

Lecture 80: Binary Encoder (Digital Electronics) | Quiz # 404

Lecture 81: Priority Encoder Explained (with Simulation) | 4 to 2 Priority Encoder | 8 to 3 Priority Encoder

Lecture 82: Introduction to Sequential Circuits | Digital Electronics

Lecture 83: Latch and Flip-Flop Explained | Difference between the Latch and Flip-Flop

Lecture 84: SR Latch and Gated SR Latch Explained | SR Latch using NOR gates and NAND gates

Lecture 85: SR Latch Solved Problem (Digital Electronics) | Quiz # 406

Lecture 86: SR Flip Flop Explained | Truth Table and Characteristic Equation of SR Flip Flop

Lecture 87: Latch and Flip-Flop (Digital Electronics) | Quiz # 408

Lecture 88: SR Flip-Flop and Comparator Solved Problem (Analog Electronics / Digital Electronics) | Quiz # 419

Lecture 89: D Flip-Flop Explained | Truth Table and Excitation Table of D Flip-Flop

Lecture 90: D Latch Solved Problem (Digital Electronics) | Quiz # 409