Logic Gates Explained with Circuit Diagrams | AND, OR, NAND, NOR, XOR, NOT, XNOR (Hindi/Urdu) скачать в хорошем качестве

Logic Gates Explained with Circuit Diagrams | AND, OR, NAND, NOR, XOR, NOT, XNOR (Hindi/Urdu)

In this video, we study the fundamentals of Logic Gates, which are the core building blocks of Digital Electronics and Computer Systems, along with their *circuit diagrams* and working principles. Understanding logic gates is essential for anyone learning how digital devices process binary information and perform logical operations. We will carefully explain each gate step by step so you can clearly understand how digital logic works in practice. The lecture covers: ✔️ AND Gate – logical multiplication and output behavior ✔️ OR Gate – logical addition and decision making ✔️ NOT Gate – inversion and complement operation ✔️ NAND Gate – universal gate concept ✔️ NOR Gate – alternative universal logic gate ✔️ XOR Gate – exclusive comparison logic ✔️ XNOR Gate – equality checking logic For every logic gate, we discuss its symbol, truth table, circuit diagram, Boolean expression, and practical interpretation, helping you connect theory with real electronic behavior. We also highlight how these gates combine to form more complex digital circuits used in computers and embedded systems. This lecture is specially designed for engineering, computer science, and electronics students who want to build strong foundations in **digital logic design**. All concepts are explained in Hindi/Urdu using simple language, clear diagrams, and step-by-step reasoning to make learning easier and more effective. 📚 Channel: Hassaan Ghazi Mathematics 💡 Subscribe for more lectures on mathematics, digital electronics, and engineering concepts explained step by step — from basics to advanced topics. #LogicGates #DigitalElectronics #ANDGate #ORGate #NANDGate #NORGate #XORGate #XNORGate #NOTGate #TruthTable #CircuitDiagram #DigitalLogic #EngineeringBasics #ElectronicsForBeginners #HassaanGhaziMathematics