25 Encoder Explained | 8 to 3 Line & Priority Encoder | Digital Logic Design скачать в хорошем качестве

25 Encoder Explained | 8 to 3 Line & Priority Encoder | Digital Logic Design

What is an Encoder and how is it different from a Decoder? 🔄 In this video, we explain the working principle of a Binary Encoder: 1. *Definition:* Converting $2^n$ input lines to $n$ output lines (Reverse of Decoder). 2. *4-to-2 Encoder:* Truth Table and Logic Circuit. 3. *8-to-3 (Octal to Binary) Encoder:* Designing larger encoders. 4. *The Problem:* What happens if two inputs are High at the same time? (Introduction to Priority Encoder). Clear your concepts for Digital Electronics semester exams and GATE. #DigitalElectronics #Encoder #LogicCircuit #Engineering #BTech #tutorial 🎓 Welcome to the Core Engineering Journey! Core Placement series:    • Core Placement - Dream Company | ECE,EEE,I...   EDC | Semiconductor Physics:    • Semiconductor Physics | Electronic Devices...   Gen-AI Foundation course:    • Gen-AI Foundation course | ChatGPT, Claude...   Digital Electronics:    • Digital Electronics | Core Placements, Col...   Are you an ECE, EEE, CSE, IT or IN student with a passion for understanding how real technology works — not just for exams, but for your engineering journey and future career? You’ve found your place! This channel is built for those who want to master core engineering concepts, crack GATE, IES, PSU exams, and also stay updated with the AI-driven future of engineering. Here, we go far beyond textbooks — 🔹 Fundamental Concepts Simplified Electronics, Electrical, and Instrumentation concepts explained from the ground up with clarity and real intuition. 🔹 Subject-Wise Deep Dives Semiconductor Physics, Analog & Digital Electronics, Control Systems, Communication Engineering, Power Systems, Network Theory, plus advanced domains like VLSI, Embedded Systems, and Signal Processing. 🔹 Core + AI Integration Understand how AI blends with core engineering: AI in chip design Machine learning in signal processing AI-based automation & robotics Smart sensors and IoT systems Industry 4.0 technologies AI-driven debugging, testing, and manufacturing 🔹 GATE, IES, and PSU Preparation Smart strategies, high-yield topics, short tricks, and PYQ problem solving to boost exam accuracy and confidence. 🔹 Real-World Engineering Insights Learn how the concepts you study power modern technologies — from semiconductor fabrication and EV power electronics to telecom networks, power grids, and AI-enabled devices. We strongly believe core engineering is not outdated — it’s the backbone of every modern innovation. And when combined with AI, it becomes even more powerful and future-proof. 💡 Let’s learn, build, and grow together — because your Core + AI Engineering Journey starts here! ⚙️