EE 3109 Applied Electromagnetics · Electromagnetics is Everywhere Electromagnetic waves at...

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EE 3109 Applied Electromagnetics 應用電磁學

Transcript of EE 3109 Applied Electromagnetics · Electromagnetics is Everywhere Electromagnetic waves at...

Page 1: EE 3109 Applied Electromagnetics · Electromagnetics is Everywhere Electromagnetic waves at different wavelengths can be used for different applications.

EE 3109 Applied Electromagnetics 應用電磁學

Page 2: EE 3109 Applied Electromagnetics · Electromagnetics is Everywhere Electromagnetic waves at different wavelengths can be used for different applications.

Electromagnetics is Everywhere

Electromagnetic waves at different wavelengths can be used for different applications.

Page 3: EE 3109 Applied Electromagnetics · Electromagnetics is Everywhere Electromagnetic waves at different wavelengths can be used for different applications.

Communication

Page 4: EE 3109 Applied Electromagnetics · Electromagnetics is Everywhere Electromagnetic waves at different wavelengths can be used for different applications.

Daily Life

Page 5: EE 3109 Applied Electromagnetics · Electromagnetics is Everywhere Electromagnetic waves at different wavelengths can be used for different applications.

Medicine

Page 6: EE 3109 Applied Electromagnetics · Electromagnetics is Everywhere Electromagnetic waves at different wavelengths can be used for different applications.

Military

Page 7: EE 3109 Applied Electromagnetics · Electromagnetics is Everywhere Electromagnetic waves at different wavelengths can be used for different applications.

How to solve the EM fields from Maxwell equations How to determine the incident and

reflected waves How to match a

load to a

a simple

system impedance How to design dipole

antenna

What to learn in EE 3109

Page 8: EE 3109 Applied Electromagnetics · Electromagnetics is Everywhere Electromagnetic waves at different wavelengths can be used for different applications.

Course Details http://www.cityu.edu.hk/ug/current/course/EE3109.htm

Course format Lecture, tutorial, and lab session

Course achievable goal Learn fundamental electromagnetic theory and

techniques as needed by a communication engineer

Course assessment: Assignment, test, lab report, and examination