Electromagnetics Theory
5.0
(1)
17 learners
What you'll learn
This course includes
- 24.5 hours of video
- Certificate of completion
- Access on mobile and TV
Course content
1 modules • 129 lessons • 24.5 hours of video
Electromagnetics Theory
129 lessons
• 24.3 hours
Electromagnetics Theory
129 lessons
• 24.3 hours
- Basics of Vector | Resultant of Vectors | Law of Parallelogram | Law of Triangle | Law of Polygon 15:07
- Dot Product of vectors | Cross Product of vectors | Properties of Dot Product & Cross Product 11:40
- Cartesian Coordinate System & Projection of Vector 10:06
- Gradient, Divergence, and Curl Explained: Essential Vector Calculus 18:57
- Gauss Divergence Theorem: Basics, Proof, Physical Significance and Applications 12:49
- Stokes Theorem : Basics, Proof, Physical Significance and Applications 12:53
- Divergence Theorem Example and Verification Explained 20:59
- Stokes Theorem Example and Verification Explained 16:55
- Cylindrical Coordinate System: Convert Cartesian Point to Cylindrical Point and Vice Versa 11:22
- Cartesian to Cylindrical Vector Conversion Explained 13:29
- Cylindrical Coordinate System: line, Surface, Volume, Gradient, Divergence & Curl Calculation 11:39
- Spherical Coordinate System Explained: Basics, Representation & Cartesian Conversion 14:30
- Spherical Coordinate System: Line, Surface, Volume, Gradient, Divergence & Curl Calculation 11:30
- Coulomb's Law Explained: Basics, Force Direction & Examples 13:02
- 1. Coulomb's Law Examples | Electromagnetics Theory | Engineering Funda 19:38
- 2. Coulomb's Law Examples | Electromagnetics Theory | Engineering Funda 19:00
- Electric Charge Solved Examples | Electromagnetics Theory | Engineering Funda 08:28
- Electric Field Due to a Point Charge: Basics and Derivation Explained 11:04
- Electric field due to point charge Solved Examples | Electromagnetics Theory | Engineering Funda 14:34
- Electric Field due to Point Charge Solved Examples | Electromagnetics Theory | Engineering Funda 15:45
- Examples of Electric field for charges located on triangle 15:56
- Charge Density Explained: Line, Surface, and Volume | Electromagnetics Theory | Engineering Funda 10:37
- Charge Density Examples: Line, Surface, and Volume Explained | Electrostatics 16:24
- Volume Charge Density Solved Examples | Electromagnetics Theory | Engineering Funda 11:00
- Electric Field due to Line Charge Distribution Explained | Electrostatics | Electromagnetics Theory 12:04
- Electric Field due to Line Charge Density Solved Examples | Electromagnetics Theory 12:52
- Electric field due to Surface Charge Density | Electromagnetics Theory | Engineering Funda 12:48
- Electric field due to Surface Charge Density Solved Examples | Electromagnetics Theory 10:18
- Electric Field on Axis of Uniformly Charged Ring | Electromagnetics Theory | Engineering Funda 08:06
- Electric Field on the Axis of Uniformly Charged Disc | Electromagnetics Theory | Engineering Funda 09:55
- Electric Field Solved Examples: Step-by-Step Solutions | Electrostatics | Electromagnetics Theory 12:01
- Electric Flux Density & Electric Field: Concepts and Relationship | Electromagnetics Theory 07:17
- Electric Flux Explained: Basics, Definition, and Case Study | Electrostatics 11:22
- Gauss's Law for Electric Field Explained: Detailed Case Study 11:58
- Applications of Gauss's Law for Electric Field 11:53
- Maxwell's First Equation: Integral and Differential Forms Explained | Electrostatics 05:29
- Electric Flux Density and Gauss's Law Solved Example 07:25
- Gauss's Law of Electric field Solved Examples | Electrostatics | Electromagnetics Theory 11:19
- Electric Field Due to a Conductive Sphere | Electrostatics | Electromagnetics Theory 11:51
- Electric Dipole Explained: Dipole Moment, Direction, and Magnitude 03:11
- Electric Field of a Dipole: Axis and Equator Explained 15:11
- Force and Torque on a Dipole in a Uniform Electric Field Explained 08:24
- Electric Potential: Basics, Definition, and Its Relationship with Electric Field 15:34
- Maxwell's 3rd Equation for Non Time Varying Field: Integral Form and Differential Form/Point Form 08:47
- Potential Due to a Dipole: Derivation and Explanation 06:35
- Electric Potential Solved Examples | Electrostatics | Electromagnetics Theory 16:54
- Electric Field Through Electric Potential Examples | Electrostatics | Electromagnetics Theory 06:23
- Electric Field and Electric Potential Solved Examples 12:52
- Electric Potential Solved Examples | Electrostatics | Electromagnetics Theory 08:54
- Boundary Conditions for Electric Field: Derivations and Explanations 19:15
- 1 Boundary Conditions for Electric Field Solved Example 12:10
- 2 Boundary Conditions for Electric Field Solved Examples 12:12
- Parallel Plate Capacitor: Electric Field and Capacitance Explained | Electrostatics 10:33
- Coaxial Cable Capacitor: Electric Field and Capacitance Explained 11:46
- Spherical Capacitor: Electric Field and Capacitance Explained 10:50
- 1 Capacitors and Capacitance Solved Examples: Learn Through Practice 12:02
- 2 Capacitors and Capacitance Solved Examples: Learn Through Practice 16:19
- 3 Capacitors and Capacitance Solved Examples: Learn Through Practice 14:04
- 4 Capacitors and Capacitance Solved Examples: Learn Through Practice 14:19
- 5 Capacitors and Capacitance Solved Examples: Learn Through Practice 10:11
- Continuity of Current: Theory and Derivation Explained 10:51
- Poisson's and Laplace Equations: Derivations and Explanations 12:19
- Uniqueness Theorem: Proof and Derivation Explained 12:04
- Image Theory of Charges: Concepts, Examples, and Case Studies 13:19
- Electrostatic Field Solved Example | Electrostatics | Electromagnetics Theory 06:04
- Biot Savart Law for Magnetic Field Intensity | Magnetism | Electromagnetics Theory 08:59
- Ampere's Circuit Law Explained: Magnetic Field Intensity Fundamentals 13:37
- Maxwell's 4th Equation Explained: Integral Form and Differential Form/Point Form 08:48
- Magnetic Field and Magnetic Field Intensity 07:00
- Magnetic Field Solved Examples | Magnetism | Electromagnetics Theory 12:26
- Magnetic Field Intensity Solved Examples | Magnetism | Electromagnetics Theory 09:38
- Magnetic Field Due to Current Carrying Wire Solved Example | Magnetism | Electromagnetics Theory 12:23
- Magnetic Flux Explained: Basics and Case Study | Magnetism | Electromagnetics Theory 06:20
- Gauss's Law for Magnetic Field: Theory and Case Study Analysis 06:43
- Gauss's Law for Magnetic Field: Solved Examples | Magnetism | Electromagnetics Theory 08:19
- Vector Magnetic Potential: Solved Examples and Explanations 13:16
- Maxwell's 2nd Equation Explained: Integral Form and Differential Form/Point Form 07:06
- Faraday's Law Explained: Basics and Applications | Magnetism | Electromagnetics Theory 08:01
- 1 Faraday's Law of Magnetic Induction: Solved Examples | Electromagnetics Theory 10:17
- 2 Faraday's Law of Magnetic Induction: Solved Examples | Electromagnetics Theory 15:52
- Maxwell Equations Explained: Integral Form and Differential Form/Point Form 10:27
- Solenoid Explained: Basics, Structure, Magnetic Field, and Applications 13:54
- Toroid Explained: Basics, Structure, Magnetic Field, and Applications 10:02
- Lorentz Force Equation: Force on a Moving Charge in Electric and Magnetic Fields 05:07
- Boundary Conditions for Magnetic Field | Magnetism | Electromagnetics Theory 12:55
- Boundary Conditions of Magnetic Field Solved Example | Magnetism | Electromagnetics Theory 11:22
- Force by Magnetic Field Solved Examples | Magnetism | Electromagnetics Theory 09:12
- Inductance Solved Examples | Magnetism | Electromagnetics Theory 09:20
- Magnetic Dipole Moment & Material Properties: Magnetization, Susceptibility & Permeability Explained 07:45
- Electromagnetic Waves Explained: Free Space and Medium Analysis 10:18
- Wave Equation in Electromagnetic Waves Explained | EM Waves | Electromagnetics Theory 11:02
- Plane Electromagnetic Waves in Medium: Theory and Derivation | EM Waves | Electromagnetics Theory 10:02
- Skin Effect Explained: Basics, Skin Depth, and Derivation 10:22
- Intrinsic Impedance of EM Wave in Free Space Explained | EM Waves | Electromagnetics Theory 06:33
- Loss Tangent of a Medium: Basics and Relations with Intrinsic Impedance 06:09
- Poynting Theorem Explained: Basics, Derivation, Proof, and Power Calculation 11:58
- Poynting Theorem & Electromagnetic wave Solved Example | EM Waves | Electromagnetics Theory 11:24
- EM Waves Propagation Solved Examples | EM Waves | Electromagnetics Theory 09:02
- Transmission Lines (Two Parallel Wire, Coaxial & Microstrip) Explained 14:05
- Equivalent Circuit of Transmission Line | Characteristics Impedance of Transmission Line 08:13
- Transmission Line Equations and Wave Equation of Transmission Line in Microwave Engineering 14:38
- Propagation Constant, Attention Constant and Phase Constant of Transmission Line 07:27
- Characteristics Impedance of Transmission Line in Microwave Engineering by Engineering Funda 08:28
- Reflection Coefficient of Transmission Line in Microwave Engineering by Engineering Funda 10:15
- Input Impedance of Transmission Line in Microwave Engineering by Engineering Funda 14:13
- VSWR - Voltage Standing Wave Ratio, Maximum Impedance & Minimum Impedance of Transmission Line 12:49
- Transmittance Coefficient of Transmission Line in Microwave Engineering by Engineering Funda 06:47
- Generation of Phase Delay in Transmission Line in Microwave Engineering by Engineering Funda 09:33
- Microwave Effects on Transmission Line in Microwave Engineering by Engineering Funda 09:53
- Limitations of Transmission Line in Microwave Engineering by Engineering Funda 08:01
- Transmission Line Losses in Microwave Engineering by Engineering Funda 13:40
- Impedance Matching using single Stub in Microwave Engineering by Engineering Funda 18:10
- Transmission Line Example on Single Stub Impedance Matching in Microwave Engineering 07:26
- Transmission Line Example on Characteristics Impedance, Attenuation Constant & Phase Constant 10:27
- Transmission Line Example on VSWR, Reflection Coefficient & Load Impedance in Microwave Engineering 06:23
- Transmission Line Example on Transmission Line Losses in Microwave Engineering by Engineering Funda 06:19
- Mathematics of Smith Chart in Microwave Engineering by Engineering Funda 29:55
- Smith Chart Example for Transmission line Parameters (VSWR, Reflection Coefficient, Input Impedance) 10:47
- Smith Chart Example for Transmission line Parameters (VSWR, Reflection Coefficient & Admittance) 11:12
- Smith Chart Example for Transmission line Parameters (VSWR, Reflection Coefficient & Line Impedance) 06:35
- Smith Chart Example for Transmission line Parameters (VSWR, Reflection Coefficient, Input Impedance) 10:25
- Smith Chart Example for Transmission line Parameters (VSWR, Reflection Coefficient & Load Impedance) 09:53
- Smith Chart Example for Transmission line Parameters (Load Impedance & Standing pattern) 09:56
- Smith Chart Example for Transmission line Parameters (Load Impedance & Standing pattern) 08:09
- Smith Chart Example for Transmission line Parameters (Line Impedance & Standing pattern) 09:23
- 1 Smith Chart Example for Parallel Stub Matching 10:49
- 2 Smith Chart Example for Parallel Stub Matching 11:24
- Smith Chart Example for Series Stub Impedance Matching 11:44
- Smith Chart Example for Transmission line Parameters (VSWR, Reflection Coefficient, Input Impedance) 18:33
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