Electromagnetic Theory covers the basic principles of electromagnetism: experimental basis, electrostatics, magnetic fields of steady currents, motional e.m.f.
Electromagnetic Theory covers the basic principles of electromagnetism: experimental basis, electrostatics, magnetic fields of steady currents, motion e.m.f. and electromagnetic induction.
Course Curriculum
Chapter 1: Vectors & Coordinate Systems
1.1 Introduction of EMT & Vector Analysis
30:22
1.2 Co-ordinate System
20:26
1.3 Vector Calculus – I
48:52
1.4 Vector Calculus – II
22:19
1.5 Electrostatic Field
01:00:14
1.6 Concept of Electrostatic Field
01:05:34
1.7 Maxwell’s Equation
01:01:43
1.8 Concept of Capacitor
33:35
1.9 Boundary Conditions in Electrostatic Field
33:40
1.10 Magnetic Boundary Conditions
50:17
Chapter 2: Plane Wave Propagation
2.1 Plane Wave Propagation
01:13:22
2.2 Depth of Penetration
49:02
2.3 Calculation Of Power
43:18
2.4 Reflection Of A Plane Wave At Normal Incidence
01:13:29
2.5 Polarization of Wave
44:35
2.6 Reflection of Plane Wave at Oblique Incident
01:16:58
2.7 GATE Questions on Plane Wave Propagation
47:16
Chapter 3: Transmission Line & Smith Chart
3.1 Transmission Line
01:23:16
3.2 Concept of Input Impedance, Standing Wave Ratio and Power Transmission
43:14
3.3 Smith Chart
55:26
3.4 Matching of the Transmission Line
53:04
3.5 Transient Response In Transmission Line
44:49
3.6 Scattering Parameters of the Transmission Line