EEE201:
Electromagnetic Theory
Lecture 1
Assoc. Prof. Merih Palandoken
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Electromagnetics 101: An Introduction to Electromagnetic Theory, Lecture notes of Electromagnetic Engineering
An overview of Electromagnetics, a complex field of physics that deals with the interaction between electric and magnetic fields. the basics of Electromagnetics, including the fundamental laws, scalar and vector fields, and the importance of various coordinate systems. Prerequisites for this course include a solid foundation in University Physics, Complex Numbers, Partial Differential Equations, Multiple Integrals, Vector Analysis, and Fourier Series. The document also touches upon research areas in Electromagnetics, such as Antennas, Microwaves, Computational Electromagnetics, Electromagnetic Scattering, Electromagnetic Propagation, Radars, and Optics.
Typology: Lecture notes
2019/2020
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EEE2 0 1:
Electromagnetic Theory
Lecture 1
Assoc. Prof. Merih Palandoken
Textbook
Field and Wave Electromagnetics David K. CHENG
Engineering Electromagnetics and Waves Umran S. Inan , Aziz Inan, Ryan Said
Examples of Electromagnetic
Applications
Examples of Electromagnetic
Applications, Cont’d
Examples of Electromagnetic
Applications, Cont’d
Examples of Electromagnetic
Applications, Cont’d
Why is Electromagnetics
Difficult?
What is Electromagnetics?
Fundamental Laws of
Electromagnetics
Steps in Studying Electromagnetics
Units Derived From the
Fundamental Units
Fundamental Electromagnetic Field
Quantities
Fundamental Relationships
Scalar and Vector Fields
- A scalar field is a function that gives us a single value of some variable for every point in space. - Examples: voltage, current, energy, temperature
- A vector is a quantity which has both a magnitude and a direction in space. - Examples: velocity, momentum, acceleration and force