7:16
Octal and Hexadecimal Number Systems Explained for Beginners! 🔢💻
CodeLucky
4:13
Digital vs Analog Systems: Intro to Digital Logic for Beginners
7:44
Number System Conversion: Binary, Decimal, Octal, and Hexadecimal Explained!
5:02
Binary Number Systems: The Ultimate Beginner's Guide
3:08
Binary Addition Explained: Rules and Carry Propagation for Beginners
4:11
Binary Subtraction Explained: 1's and 2's Complement Methods
3:44
Binary Multiplication: Step-by-Step Guide for Beginners
2:43
Binary Division Explained: Step-by-Step Guide for Beginners
4:53
Signed Number Representation: Sign Magnitude, 1's & 2's Complement Explained!
4:27
2's Complement Arithmetic Explained: Addition & Subtraction for Beginners
5:00
Binary Coded Decimal (BCD) Explained Simply for Beginners!
5:01
Gray Code Explained: Binary, Construction, Conversion & Applications
2:52
Error Detection Codes Explained: Parity Bits & Data Integrity Basics 🛡️
5:07
Boolean Algebra Fundamentals: Variables, Operations & Laws Explained!
3:42
Boolean Algebra: Laws, Theorems & Truth Tables Explained for Beginners
5:14
Boolean Algebra Simplification: Laws, Theorems & Examples for Beginners
3:19
Logic Gates Explained: AND, OR, NOT - Digital Electronics for Beginners!
3:38
Universal Logic Gates: NAND & NOR Explained for Beginners 🚀
4:12
XOR vs XNOR Logic Gates: Exclusive Gates Explained for Beginners!
4:09
Logic Gates: Positive vs Negative Logic Explained for Beginners
3:43
Combinational vs Sequential Logic: Digital Circuit Fundamentals Explained!
5:08
Truth Tables for Beginners: Boolean Expressions Explained!
5:50
Canonical Forms Explained: Minterms & Sum of Products (SOP) for Beginners
5:49
Karnaugh Maps (K-Maps) Explained: Boolean Algebra Simplification for Beginners
4:42
Karnaugh Maps (K-Map): 4-Variable Simplification for Beginners
4:15
Karnaugh Maps: Simplify 5 & 6 Variable Boolean Expressions!
4:33
Simplify Logic Circuits with Don't Care Conditions! 🚀
6:42
Quine-McCluskey Method: Boolean Function Minimization Explained!
5:26
NAND & NOR Logic: Multi-Level Optimization for Beginners
3:24
Combinational Circuit Analysis: A Beginner's Guide to Understanding Logic Circuits
4:25
Combinational Circuit Design: A Step-by-Step Guide for Beginners 💡
3:06
Half Adder Explained: Truth Table, Boolean Expression & Circuit
2:53
Full Adder Explained: Digital Logic for Beginners
4:03
Ripple Carry Adder Explained: Multi-bit Addition for Beginners
4:57
Ripple Carry Adder Explained: Multi-bit Binary Addition for Beginners
4:24
Carry Look-ahead Adder (CLA): Fast Addition Explained!
3:52
Subtractors Explained: Half & Full Subtractor Circuits - Digital Logic Design
3:17
Adder-Subtractor Circuits: Combined Addition & Subtraction Explained!
4:23
BCD Adder Explained: Binary Coded Decimal Addition for Beginners 🧮
3:36
Magnitude Comparators Explained: Binary Number Comparison for Beginners
3:53
Decoders Explained: Binary Decoder Basics for Beginners
3:28
BCD to 7-Segment Decoder: Digital Logic Basics Explained!
2:39
Priority Encoders Explained: From Truth Tables to Circuit Diagrams
5:15
Multiplexers (MUX) Explained: Data Selectors in Digital Logic Design
Demultiplexers Explained: From Basics to Applications (DEMUX Tutorial)
4:56
Code Converters Explained: Binary to Gray & More! | Digital Logic Design Basics
3:34
Parity Generators & Checkers Explained: Error Detection Basics!
3:15
Sequential Logic Explained: Digital Circuits for Beginners
3:13
SR Latch Explained: Master Set-Reset Latches with NAND & NOR Gates
3:57
Gated SR Latch: Clock-Controlled Flip-Flop Explained for Beginners!
4:14
D Latch Explained: Transparent Behavior, Truth Table & Circuit Diagram 💡
3:49
SR Flip-Flop Explained: Edge-Triggered Logic for Beginners
5:13
D Flip-Flop: Data Storage, Truth Table & Applications Explained for Beginners!
JK Flip-Flop Tutorial: Operation, Truth Table & Toggle Mode Explained!
3:46
T Flip-Flop Tutorial: Design, Truth Table & Frequency Division Explained!
Flip-Flop Conversions: SR, D, JK, T - Digital Logic Explained!
5:33
Flip-Flop Timing Parameters Explained: Setup Time, Hold Time & Propagation Delay
6:45
Clock Signals & Timing: Digital System Synchronization Explained for Beginners
4:01
Parallel Load Registers: Flip-Flop Based Multi-Bit Storage Explained!
3:48
Shift Registers Explained: Serial In Serial Out & Parallel Load
Universal Shift Register Explained: Bidirectional & Parallel Load
3:07
Asynchronous (Ripple) Counters Explained | Timing Analysis & Digital Logic
2:33
Synchronous Counters: Understand Clocked Counters for Digital Logic Design
3:05
Up/Down Counter Design: Reversible Counter Explained for Beginners
2:47
Modulo-N Counter Design: Digital Logic Tutorial for Beginners
8:21
Ring Counters vs Johnson Counters: Digital Logic Explained!
Counter Applications in Digital Logic: Frequency Division, Timing & Control Systems
3:22
🚦 State Machines Explained: A Beginner's Guide with Traffic Light Example
Mealy vs Moore State Machines: Digital Logic Explained!
4:35
🚦 State Machine Design: A Beginner's Guide to Systematic Design Process
State Assignment: Binary Encoding Explained for Beginners
4:10
State Reduction in Finite State Machines (FSM): Simplify Your Designs!
3:11
State Machine Implementation: From Diagrams to Digital Circuits ⚡
4:16
Sequence Detectors: Digital Logic Design Explained for Beginners!
Control Unit Design: FSM-Based Control for Digital Systems Explained!
💻 Memory Basics Explained: RAM vs ROM, Organization & Hierarchy
SRAM Explained: Static RAM Cell Design & Operation for Beginners
4:49
DRAM Explained: Architecture, Refresh & Operation for Beginners
Read-Only Memory (ROM) Explained: Types, Programming & Applications
Programmable Logic Devices (PLDs) Explained: PLA, PAL, & CPLD Basics
3:32
FPGA Explained: A Beginner's Guide to Field Programmable Gate Arrays
5:38
Memory Interfacing Explained: Connecting Memory to Digital Systems
3:29
Address Decoding Explained: Full vs Partial | Digital Logic Tutorial
4:21
Timing Analysis Fundamentals: Setup Time, Hold Time & Propagation Delay Explained!
Race Conditions & Hazards in Digital Circuits: Static & Dynamic Explained!
3:40
Eliminate Glitches! Hazard Elimination Techniques in Digital Logic
Asynchronous Sequential Circuits: Analysis & Design for Beginners
Clock Domain Crossing (CDC) Explained: Overcome Metastability & Data Corruption!
Metastability in Digital Circuits: Understanding & Avoiding Failure ⚠️
4:43
Digital System Design: Top-Down Approach & Hierarchy Explained!
Datapath Design: Building the Core of Digital Systems (ALU Explained!)
4:40
Control Path Design: Control Signal Generation & Sequencing Explained!
CPU Design Basics: Simple Processor Architecture & Instruction Execution Explained!
6:06
Instruction Set Architecture (ISA) Explained: RISC vs CISC & Instruction Formats for Beginners
7:11
Pipelining in Computer Architecture: Instruction Pipelines & Hazards Explained!
4:51
Cache Memory Design: Organization & Replacement Policies Explained!
4:32
I/O Interfacing: Beginner's Guide to I/O Port Design & Interfacing Techniques
3:51
Interrupt Handling Explained: A Beginner's Guide to Digital Systems
4:20
🚌 Demystifying Bus Systems: Architecture, Arbitration & Design for Beginners
5:04
Digital Signal Processing (DSP) Basics: A Beginner's Guide
6:41
⚡️Low Power VLSI Design: Reduce Power Consumption in Digital Circuits
3:18
Testing and Fault Tolerance in Digital Logic: Beginner's Guide
4:17
Hardware Description Languages (HDLs) Explained: Verilog & VHDL for Beginners
Design for Testability (DFT): Scan Chains & Testing Explained!
Physical Design: Layout, Routing & Manufacturing for Beginners
6:38
Quantum Computing Explained for Beginners: Emerging Technologies & Future
Digital System Design: A Complete Step-by-Step Project Guide
