11401 自然科學學群 物理學系

微波物理與應用一|Offered in English 0807ing/1204Rec

張存續 教授

物理學系

 

國立清華大學物理學系教授
國立清華大學物理學系博士
【教學經歷】國立清華大學110校傑出教學獎
【教學網站】https://reurl.cc/nYLjnn
【授課領域】電磁學、電動力學、離子體物理、電動力學
【研究專長】電漿兆赫波微波材料特性與反應微波半導體應用
  

News

最新公告

2025-08-15 2025年9月-11月開放式課程工讀招募至8/28(四)12:00截止,工讀履歷隨到隨審,謝謝!
2025-08-15 如何開啟YOUTUBE影片翻譯字幕 ?
2025-08-15 如何開啟Google Chrome翻譯網頁功能?
2025-08-12 【OEGlobal 2026 論文徵稿】 MIT 麻省理工學院邀請您打造更開放且公平的未來!
2025-08-05 TOCEC攜手均一教育平台 推動數位學習新未來
2025-08-01 戴佳原教授 〡分歧理論
2025-07-24 2025研究生常用AI工具推薦
2025-07-24 22個優質AI工具推薦-20250724
2025-06-27 2025/8/4(一) E-want*Tocec 2025 台灣線上學習高峰會 2025 Taiwan Online Learning Summit
2025-06-20 4/26(六) - 4/29(二) 開放式課程系統升級維護通知!
2025-06-20 【2025 NTHU OCW 授權合作*共創雙贏】讓我們齊心並肩,如龍舵手般穩操勝券,帶領學生勇闖知識航道,助教師勇奪教學的榮耀錦標!
2025-06-20 【2025 NTHU OCW 授權合作*共創雙贏】讓我們齊心並肩,如龍舵手般穩操勝券,帶領學生勇闖知識航道,助教師勇奪教學的榮耀錦標!
2025-06-18 2025 OE Awards for Excellence 開始提名!2025 Open Education Awards for Excellence Nomination
2025-06-12 2025 開放式課程誠徵研究生資訊工讀生1名!
2025-03-25 OEGlobal 2026 conference

Syllabus

課程大綱

The contents of this course are designed for senior and graduate level students. Only passive devices are addressed. This book shows that microwave circuits and devices can be explained through the use of circuit theory, Maxwell’s equations, and related concepts. If you have any questions, do not hesitate to raise your hand. Any comments on improving the pedagogy are more than welcome and highly appreciated.

 

指定用書

Text Books

David M. Pozar, Microwave Engineering, 4th Edition (歐亞書局)

 

參考用書
References

David K. Cheng, Field and Wave Electromagnetics, 2nd Edition.
Robert E. Collin, Foundations for Microwave Engineering, 2nd Edition.
微波工程 郭仁財教授 翻譯中文版

 

教學進度
Schedule
♠ depending on the students’ condition

 週次 時間上課 內容
 09/04(四)IntroductiontoMWPAChap.1 +Chap.2TransmissionLineTheory
 09/11(四)Chap.2TransmissionLineTheory
 09/18(四)
Chap.2TransmissionLineTheory
 09/25(四)Chap.3TransmissionLineandWaveguides
10/02(四) Characteristics of Waveguide Modesand Their Applications
六 10/09(四) Chap.4MicrowaveNetworkAnalysis
 10/16(四) Chap.4MicrowaveNetworkAnalysis
 10/23(四)Midterm oral presentation
 10/30(四)Excitation of a Specific Waveguide Modes
 11/06(四) Chap.5 ImpedanceMatchingandTuning
十一 11/13(四)Chap.5 ImpedanceMatchingandTuning
十二 11/20(四)ModalAnalysis for Group Delay Study
十三11/27(四)Chap.6MicrowaveResonators
十四12/04(四) OpenCavity: Introduction andSimulation
十五12/11(四)Chap. 9 Theory and Design of Ferrimagnetic Components
  十六 12/18(四)Finaloral presentation II
   
 

How to evaluate students’ performance?

 No mid-term and final exams.
 Oral presentation: Each one has 15 minutes, including 12-min presentation and 3min question/answer period.
  The topic of your talk should be related to this course. You are free to choose any relevant topic.
 Term paper: Return a term paper of four pages in IEEE-MTTs template (docx format).
  The topic of the term paper is open. Any subject that related to this course is acceptable.
 Grading policy: The final score will be normalized to reflect an average consistency
  with other courses. It depends on your oral presentation and participation.
 Active participation are highly encouraged. 6 
 Final grade = oral presentation (70%) + term paper (30%) + class participation (5%)
  

 

Keyword

關鍵字

  • Microwave
  • Networks
  • Transmission Line
  • Impedance Matching
  • Resonators