電磁學(二)

To impart the knowledge and understanding of time-varying electromagnetic fields, propagating waves, and transmission line theory, all built upon the bedrock of Maxwell's equations

Electromagnetics (I), Vector Calculus, Basic Circuit Theory

無備註

Lectures in classroom, class notes presented as Powerpoint slides using projector. Teaching assistants assist with further explaining or strengthening the understanding of course materials taught during lectures.

Two to three homework assignments (15%) One mid-term exam (25%), one mid-term quiz (15%), one final exam (45%).

• Time-Varying Fields & Maxwell's Equations

  a) Faraday's law of EM induction b) Maxwell's Equations c) Potential Functions d) EM boundary conditions e) Wave equations and their solutions f) Time-harmonic EM fields

• Plane Electromagnetic Waves

  a) Plane waves in lossless media b) Transverse EM (TEM) waves c) Polarization d) Plane waves in lossy media e) Group & phase velocity f) EM power flow & Poynting vector g) Plane wave incidence on planar interface boundary

• Transmission Lines

  a) TEM wave along parallel-plate transmission line (TL) b) General TL equations c) TL as circuit elements d) TL with termination e) Smith Chart

• Waveguides & Cavity Resonators

  a) General wave behaviors along uniform guiding structures b) Parallel-plate waveguide c) Rectangular waveguides d) Dielectric waveguides e) Cavity resonators

• Antennas & Radiating Systems

  a) Radiation fields of elemental dipoles b) Antenna patterns & parameters c) Thin linear antenna d) Antenna arrays e) Receiving antennas

Field and Wave Electromagnetics, 2nd Edition, David K. Cheng, Addison Wesley, 1989.

地點

To be scheduled

時間

To be scheduled

聯絡方式

malcolm.ng@ieee.org