Inductor Basics Explained | Crystal Clear Concept + Important Numericals | Learn Inductor from Zero

Welcome to Lecture 20 of the Network Theory Concept Series. In this lecture, we will study the fundamentals of Inductor, including: ✔ What is an Inductor? ✔ Inductance and its Physical Meaning ✔ Voltage-Current Relationship of Inductor ✔ Energy Stored in Inductor ✔ Practical Applications of Inductor ✔ Important GATE-Level Numericals ✔ Concept Building from Basic to Advanced Level This lecture is highly useful for GATE EE, GATE EC, PSU, ESE, SSC JE and all Electrical & Electronics Engineering students. Here are the most essential timestamps and core topics covered in this video about Inductors: • Definition & Basic Concept: (0:01 - 3:36) - Understanding the inductor as a passive element that stores energy in a magnetic field. • Voltage-Current Relationship: (5:05 - 8:34) - The fundamental equation: v = L * di/dt. • Physical Meaning of Inductance: (10:00 - 12:45) - How inductance acts to oppose changes in current. • Energy Stored Formula: (20:38 - 25:02) - Derivation of the energy formula: E = 1/2 * L* 1^2. • Numerical Practice: (25:02 - 34:10) - Step-by-step solutions to GATE-level problems involving current and energy calculations. Hashtags #Inductor #NetworkTheory #Gate2027 #GateEE #GateEC #CircuitTheory #ElectricalEngineering #ElectronicsEngineering #Inductance #cgelectrix