課程概述與目標：以靜電、靜磁學為基礎，介紹Maxwell’s方程式，由Maxwell’s方程式了解電磁波之物理現象，並知道其理論推導。接著介紹傳遞電磁波之元件傳輸線、波導及共振腔，最後介紹天線。上課過程中讓學生知道電磁波目前在電機與通訊上之應用與發展。

Course overview and objectives: Based on static electricity and static magnetism, we introduce the Maxwell’s equation, and we understand the physical phenomena of electromagnetic waves and understand the theoretical guidance. Next, we introduce the component transmission line, waveguide and resonance cavity that transmits electromagnetic waves, and finally the antenna. During the course, students were informed that the current application and development of electromagnetic waves in motors and communications.

讓學生了解基本的靜電、靜磁之物理現象，而有場與能量的觀念，並知道其理論推導並由理論解釋物理現象。也讓學生知道可以利用理論得到電容與電感等儲能元件。在教學中，會介紹授課內容在電機與通訊上的應用與發展。

Let students understand the basic physical phenomena of static electricity and static magnetism, and have the concept of field and energy, and know the theoretical guidance and explain the physical phenomena from the theory. It also allows students to know that theories can be used to obtain energy-absorbing components such as capacitors and inductors. In teaching, the application and development of teaching content in the phone and communication will be introduced.

“Field and Wave Electromagnetics”, David K. Cheng, Addison-Wesley; 2nd edition (January 11, 1989)

“Field and Wave Electronics”, David K. Cheng, Addison-Wesley; 2nd edition (January 11, 1989)