Resistor Burn Problem Solved! | Power Rating and Wattage Selection | Basic Electronics Course скачать в хорошем качестве

Resistor Burn Problem Solved! | Power Rating and Wattage Selection | Basic Electronics Course

n this lesson from the Basic Electronics Foundation Course – Learn, Simulate, and Create, we explore why resistors burn out and why understanding resistor power rating (wattage) is so important in real circuits. You’ll learn how to calculate power dissipation in a resistor, what happens when current exceeds its limit, and how to choose the correct wattage to avoid overheating or burnout. We’ll also discuss when to use higher-power resistors, why using them everywhere isn’t ideal, and demonstrate these concepts through real-time circuit simulations. Whether you’re a beginner in electronics or someone revising core electrical concepts, this video will strengthen your understanding of power, current, and resistor selection. 📘 Topics Covered: What is resistor power rating (wattage)? Why do resistors burn? How to calculate resistor power (P = V × I or I²R). Difference between ¼W, ½W, 1W, and 2W resistors. Why higher wattage is not always better. Simulation and real-life examples. 👉 Watch the complete “Basic Electronics Foundation Course” playlist to build a strong foundation in electronics — Learn, Simulate, and Create!