Inductance

This course offers a deep dive into the principles of mutual and self-inductance, unraveling how magnetic fields store energy and influence the behavior of RL, LC, and RLC circuits. You’ll explore the intricate interactions of inductors within circuits, the mechanics of oscillatory and transient responses, and the dynamic energy exchange between magnetic and electric fields.

Going beyond theory, the course highlights practical applications such as energy storage, resonance, and electromagnetic damping. With a blend of in-depth derivations, hands-on examples, and problem-solving strategies, this course equips you with a unique perspective on inductance and its indispensable role in modern electrical and electronic systems.