What is Eddy Current Loss & Hysteresis Loss | Simple Tutorial

🔌 What is Eddy Current Loss & Hysteresis Loss | Simple Tutorial 🔍
Welcome to this easy-to-understand tutorial on Eddy Current Loss and Hysteresis Loss in transformers! 🌟 In this video, I break down these two crucial energy losses with the help of engaging animations to make the concepts crystal clear.
What You'll Learn:
1️⃣ What is Eddy Current Loss?
Eddy Current Loss happens when circulating currents are induced within a transformer core due to a changing magnetic field. These currents convert energy into heat, causing inefficiency.
How to Reduce Eddy Current Loss?
Using laminated cores, made of thin insulated steel sheets, reduces the size of these circulating currents and minimizes energy loss.
2️⃣ What is Hysteresis Loss?
Hysteresis Loss occurs because the magnetic domains in the core material lag behind the applied magnetic field, leading to energy being wasted as heat during magnetization and demagnetization cycles.
How to Reduce Hysteresis Loss?
By using core materials like silicon steel, which have low hysteresis properties, we can significantly reduce this loss.
Why Watch This Video?
✔️ Simple explanations tailored for students and beginners.
✔️ Animations to visualize complex concepts.
✔️ Practical insights into transformer efficiency.
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