Digital Electronics Interactive Study Hub DigiElec Study Syllabus Index Quiz Exam Prep Flashcards Digital Electronics Index 6 Units Quiz Access Enter your name to start the quiz and track your results. Start Quiz Practice Quiz Student: 1 / 10 Loading question… Quiz Completed! Here is how you performed: 0% Keep practicing! Sending results to instructor… […]
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Demultiplexers (DEMUX) | Digital Electronics Series Combinational Logic Series Understanding Demultiplexers The digital data distributors: Routing a single source to many destinations. What is a Demultiplexer? A Demultiplexer (DEMUX) is the functional opposite of a multiplexer. It takes one input and distributes it to one of many outputs based on the state of select signals.
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Multiplexers (MUX) | Digital Electronics Series Combinational Logic Series Understanding Multiplexers The digital traffic controllers: Routing data from many to one. What is a Multiplexer? A Multiplexer (MUX) is a combinational circuit that selects one input from several data lines and directs it to a single output. If there are data inputs, then select lines
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Karnaugh Maps (K-Maps) | Digital Electronics Series Digital Electronics: Part 3 Karnaugh Maps (K-Maps) The graphical bridge to minimal logic: Visualizing Boolean simplification. What is a K-Map? A Karnaugh Map is a graphical method used to simplify Boolean expressions with 2 to 6 variables. It arranges minterms in a grid where adjacent cells differ by
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Boolean Algebra Simplification | Digital Electronics VLSI Design Theory Boolean Algebra Simplification Foundations of Logic Optimization: Laws, Rules, and VLSI Impact. Part 1: Fundamentals Boolean algebra simplification is the core process of reducing a logic expression to its minimum form. In the world of VLSI, “simpler” doesn’t just mean easier to read—it translates directly to
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XNOR Gate: Exclusive NOR | Digital Electronics Digital Electronics Series XNOR Gate: Equality Logic Working Principle, Truth Table & Digital Verification Live XNOR Logic Simulator Input A 0 Input B 0 Equality Y 1 Toggle the inputs: Output is HIGH only when A and B are the same! The XNOR gate (Exclusive NOR) is a
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XOR Gate: Exclusive OR | Digital Electronics Digital Electronics Series XOR Gate: Exclusive OR Logic Operation, Truth Table & Arithmetic Applications Live XOR Logic Simulator Input A 0 Input B 0 Result Y 0 Notice: Output is HIGH only when inputs are different! The XOR gate (Exclusive OR) is a digital logic gate that outputs
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NOR Gate: Universal Logic Gate | Digital Electronics Digital Electronics Series NOR Gate: Universal Logic Logic Operation, Truth Table & Memory Applications Live NOR Logic Simulator Input A 0 Input B 0 Output Y 1 Click the inputs A and B to see the logic gate react in real-time! The NOR gate is a fundamental
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NAND Gate: The Universal Logic Gate | Digital Electronics Digital Electronics Series NAND Gate: Universal Logic Truth Table, CMOS Implementation & VLSI Importance NAND Gate Logic Simulator A 0 B 0 Y 1 Toggle A and B to see why NAND only outputs 0 when both are 1. The NAND gate is a universal gate,
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NOT Gate (Inverter) | Digital Electronics Digital Electronics Series NOT Gate (Inverter) Inverter Basics & Importance in VLSI Live Inverter Simulator INPUT A 0 OUTPUT Y 1 Click the input button (A) to flip the signal! The NOT gate, also commonly known as an Inverter, is the simplest logic gate. It produces the complement of
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