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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OR Gate in Digital Electronics | VLSI Design Digital Electronics Series OR Gate in Digital Electronics Logic Operation, Truth Table & Practical Uses Live Logic Simulator 0 0 0 Click the input buttons (A and B) to test the logic! The OR gate is a primary digital logic gate that performs logical addition. It is
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AND Gate in Digital Electronics | VLSI Design Digital Electronics Series AND Gate in Digital Electronics Truth Table, Working & Applications in VLSI Design The AND gate is a fundamental digital logic gate that performs logical multiplication. It operates on the principle that it produces a HIGH output only when all inputs are simultaneously HIGH.
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I2C Protocol: The Interactive Masterclass I²C Deep Dive Overview Physical Layer Protocol Logic Addressing Inter-Integrated Circuit (I²C) The worldwide standard for short-distance, synchronous communication between chips. Simple hardware, complex capabilities. Two Wires Only SDA (Data) and SCL (Clock). That’s all you need to connect up to 127 devices. Multi-Master Any device can claim the bus
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PCIe Evolution: Gen 1 to Gen 6 & LTSSM Analysis PCIe6.0 Explorer Performance Encoding & PAM4 LTSSM Deep Dive The Road to 64 GT/s A comprehensive analysis of the evolution from PCIe Gen 1 to Gen 6. Explore the exponential bandwidth growth, the paradigm shift to PAM4 signaling, and the intricate updates to the Link
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PCIe Lane Margining Research Explorer ∿ PCIe MarginLab Fundamentals Protocol Data Analysis Findings ≡ Fundamentals Protocol Data Analysis Lane Margining in PCIe Research An interactive exploration of receiver margining capabilities in high-speed interconnects. Understand how signal integrity is validated without external equipment using the PCIe Gen 4+ specification. Start Simulation View Test Data The “Eye”
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What is I2C? I2C (Inter-Integrated Circuit), pronounced I-squared-C, is a synchronous, multi-master, multi-slave, serial communication protocol. It was introduced by Philips (now NXP) in 1982. I2C allows a processor or microcontroller to communicate with multiple peripheral devices using only two wires. Simple Example: A microcontroller communicating with sensors, EEPROMs, RTCs, or displays using just SDA
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