Demultiplexer Explained | 1-to-4, 1-to-8, and 1-to-16 DEMUX with Logic Expressions

Demultiplexer (DEMUX) in Digital Electronics | Complete Explanation with Logic Design In this video, we explore the concept of a Demultiplexer (DEMUX) — an essential component in digital systems used for data distribution from a single input to multiple outputs. We break down the working of: 🔹 1-to-2 DEMUX 🔹 1-to-4 DEMUX 🔹 1-to-8 DEMUX 🔹 1-to-16 DEMUX 📘 Topics Covered: What is a Demultiplexer? How selection lines control the output Boolean expressions for each output line Logic representation and truth table analysis Relationship between DEMUX and Decoders ONCE'S Refer to This CONTENT ALSO: Multiplexer Basics:   • Multiplexer (MUX) Explained | Basics, Work...   Implementing higher multiplexers with lower multiplexers:   • How to Implement Higher Order Decoders Usi...   Implementing all logic gates with a multiplexer:   • Multiplexer as Universal Logic  | All Logi...   Implementing Full Adder with 3 Types of Multiplexers:   • Full Adder Using 8x1, 4x1 & 2x1 Multiplexe...   Decoders explained:   • Understanding Decoders in Digital Electron...   Decoders Applications:   • "Decoder Applications Explained | Code Con...   7 SEGMENT DISPLAY [ Part 1 ]:   • 7 Segment Display Explained | Truth Table ...   RIPPLE CARRY ADDER or PARALLEL ADDER:   • Parallel Adder | Ripple Carry Adder | Digi...   HALF ADDER AND HALF SUBTRACTOR:   • Half Adder & Full Adder Explained   KARNAUGH MAP [ K-map ] 2 variable and 3 variable explanation:   • Karnaugh Map (K-Map) Simplified | 2 & 3 Va...   4-variable K-map explained:   • 4-Variable K-Map Explained | Karnaugh Map ...   5-variable k-map:   • 5-Variable K-Map Explained   prime implicants and essential prime applicants:   • Prime & Essential Prime Implicants | K-Map...   SOP AND POS REPRESENTATION OF BOOLEAN EXPRESSIONS:   • Boolean function representation of SOP and...   BOOLEAN ALGEBRA EXPLAINED:   • Boolean Algebra explained | commutative la...   NAND GATE AS UNIVERSAL GATE:   • NAND GATE AS UNIVERSAL GATE | BASIC GATES ...   NOR GATE AS UNIVERSAL GATE:   • NOR GATE AS UNIVERSAL GATE | BASIC GATES U...   LOGIC GATES EXPLAINED:   • LOGIC GATES  EXPLAINED | UNIVERSAL GATES |...   BINARY ADDITION:   • Binary addition | Number system   BINARY SUBTRACTION:   • Binary subtraction | Number system   BINARY MULTIPLICATION:   • Binary Multiplication | Number system   BINARY DIVISION:   • Binary division | Number system| Digital e...   1's AND 2'S COMPLEMENTS:   • 1's and 2's complement | sign magnitude fo...   CLASSIFICATION OF BINARY CODES:   • Classification of binary codes | numeric |...   GRAY CODE:   • Gray code | binary to gray | gray to binar...   XS-3 CODE:   • XS-3 Code Explained with Solved Examples   --------------------------------------------------------------------------------------------------------------------------------------------------------- Time stamps: 0:00-Intro 0:50-Demultiplexer Basics 1:54- Basics of Decoder as Demultiplexer 3:06-1×4 Demux 4:18-1×8 Demux 6:32-implementing 1×16 Demux Using 1×8 Demux's 8:09-implementing 1×16 Demux Using 1×4 Demux's 👍 Like this video, 🔔 Subscribe for future content, and 💬 drop a comment if you have any doubts! #Demultiplexer #DEMUX #DigitalElectronics #1to4DEMUX #1to8DEMUX #LogicDesign #ElectronicsTutorial #CombinationalCircuits #DecoderVsDemux