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若仍然無法下載檔案, 請 e-mail 至: rbwu@cc.ee.ntu.edu.tw

　

Courses

 

SIGNAL INTEGRITY:

助教：黃詩雅 [pjtysnow@gmail.com]

助教時間： (可先e-mail確認時間)

於電機二館533室

 

老師office hour: 周四上午10:10-12:00於電機二館340室                                    (最好請先e-mail聯繫確定時間)

 

Lecture 0: Introduction

Lecture 1: Ideal Tx-Line Fundamentals 

Lecture2_Ideal Tx-Line Reflection         

Lecture 3: Crosstalk

Lecture 3A: Crosstalk-Design

Lecture 4A: Interconnection Modeling, C3D, R3D

Lecture 4B: Interconnection Modeling, L3D

Lecture 5: Nonideal Conductor Models

Lecture 6: Electric Properties of Dielectrics

Lecture 7: Differential Signaling

Lecture 8: Modeling for Discontinuities

Lecture 9: I/O Circuits & Models

Lecture 10: Equalization

Lecture 11: Fast Eye-Diagram Analysis

 

Supporting Course Material: SI4a_PEEC

 

傳輸線LC參數擷取: http://web.awrcorp.com/Usa/Products/Optional-Products/TX-Line/

 

傳輸線時域模擬教學程式: 僅供修課學生個人學習時使用，請勿轉載。

 

Mid-term Exam  (on 4/26)    Solution

 

Homeworks: SI_Homework1 (Due: 9/26),  HW1 Solution (upload: )

SI_Homework2 (Due: ),      HW2 Solution (upload: )

SI_Homework3 (Due: )      HW3 Solution    

SI_Homework4 (Due: )       HW4 Solution

SI_Homework5 (Due: )       HW5 Solution

SI_Homework6 (Due: )

SI_Homework7&8 (Due: )

 

FIELD THEORY OF GUIDED WAVES:

    News:
      上課時間：每周三上午 9:10 - 12:00
      上課地點：電機三館(博理館)103室
      

                   老師office hour: 周四上午10:10-12:00於電機二館340室 (最好請先e-mail聯繫確定時間)

 

    Download:
Ch0_Introduction      Ch0A_Basics          Ch0B_EM_Theory

Ch1A_TxLines            Ch1B_TxLines_Parameters     

Ch2A_Waveguides   Ch2B_Inhomo_WG     

Ch3A_Dyadic     Ch3B_Probe      Ch3C_Loop      Ch3D_Aperture

Ch4_Discontinuity    Ch5_Periodic Structure   

 

Mid-term Exam  (on 4/21)    Solution

 

    Homeworks

Homework 1  (due 3/23)    HW1 Solution

Homework 2  (due 3/30)    HW2 Solution  

Homework 3  (due 4/13)    HW3 Solution

Homework 4  (due 5/11)    HW4 Solution

Homework 5  (due 5/18)    HW5 Solution

Homework 6  (due 6/1)      HW6 Solution

Homework 7  (due 6/8)      HW7 Solution

Homework 8  (option)

 

 

 

 

MATHEMATICAL PHYSICS :

    News:
      上課時間：每周四上午 9:10 - 12:00
      上課地點：電機二館102室 (請注意地點已調整)
       助教：張鴻埜  d89002@ew.ee.ntu.edu.tw 
                    office hour: 周一下午2:00-3:00於電機二館505室
                                       (或請先e-mail聯繫其他時間)
 

    Download:
     PM0 簡介          PM1 向量空間      PM2 函數空間    PM2 補充小波
    PM3 積分方程   PM4 微分方程      PM5 變分法         PM6 轉換理論
     PM7 偏微方程  PM8 漸近式          PM9正規微擾      PM10 奇異微擾

     Exercises & Solutions
       Chap1習題  (Due: 10/25)   Chap2習題  (Due: 10/25)   Chap3習題(Due: 11/8)
       Chap4習題  (Due: 11/29)   Chap5習題  Chap78習題   Chap10-12習題
       Chap1解答  Chap2解答    Chap3解答   Chap4解答    期中考90解答
       Chap5解答  Chap78解答  Chap10解答  Chap11解答  Chap12解答

COMPUTATIONAL ELECTROMAGNETICS :

    News:

    Download:

       T0_簡介      T1_IE列式      T2_IEM2D      T3_FE列式      T4_FEM2D 

       T5_MatSol     T6_Basis     T7_Periodic    T8_Basis3D      T9_IEM3D  

       T10_FEM3D      T11_FDTD3D

       期中考

        習題解答1       習題解答2

        期末報告       HFSS範例        

ANTENNAS and PROPAGATIONS :

   助教：蔡作敏 

地點：電機二館505室 

Office Hour: 周一下午3-5pm 或 周四下午2-4pm 

可先以   e-mail: r90006@ew.ee.ntu.edu.tw進行確認

 

作業未克帶來者請於本周內逕交到蔡助教桌上

 

New!!! --- 期中考解答  (93/5/11)

    Download:
      A0 引言    R0:Hertz實驗    A1 簡介   淺談天線123

      A2 線型      A3 面狀       A4 反射      A5 陣列      A6 量測

      P0 引言      P1 簡介       P2 固定     P3 衛星

      P4 蜂巢      P5 淍漸      P6 微細胞   P7 分集

      習題1解答   習題2解答   習題3解答

     HW4解答   HW5解答    HW6解答

ELECTROMAGNETIC II :

特別通知：每周二第五節加課，地點：電機二館143室。

   Info:

助教：張佑任同學

office hour：

地點：

e-mail: r00942014@ntu.edu.tw

 

 聯合讀書會(TA Office Hours)時間表：

地點：博理館112室(各科均統一在此教室，周一~四均可)

時間

週一

週二

週三

週四

週五

18:00~

19:00

 

老師office hour: 周四上午10:10-12:00於電機二館340室                                    (最好請先e-mail聯繫確定時間)

 

Download:

Course Contents: Introduction 

Lecture 1. Telegrapher’s Equation of Transmission Lines

Lecture 2: Solutions of Resistive Circuits with Tx-lines

Lecture 3: Solutions of General Circuits with Tx-lines

Lecture 4: Coupled Tx-Lines and Crosstalk

Lecture 5: Wave Solution in Frequency Domain

Lecture 6: Matching and Applications of Smith Chart

Lecture 7: Lossy Lines

Lecture 8: Wave Propagation & Guiding in Free Space

Lecture 9: Wave Propagation & Guiding in Material

Lecture 10: Waveguides and Resonators

Lecture 11: Principles of Radiation and Antennas

 

      2011 Homework:

Even-numbered exercises in odd-numbered sections, and odd-numbered exercised in even-numbered sections.

 

Extended reference:

2010 homework:

HW1    HW2   HW3    HW4   HW5   HW6   HW7   HW8   HW9   HW10   HW11

Reference Solution:   SOL1    SOL2    SOL3    SOL4    SOL5    SOL6    SOL7

 

歡迎加入IEEE學生會員    

            

傳輸線LC參數擷取: http://web.awrcorp.com/Usa/Products/Optional-Products/TX-Line/

 

傳輸線時域模擬教學程式: 僅供修課學生個人學習時使用，請勿轉載。

 

Special Topics - Quantum Computing

   News: 

   Download: 

       A. Quantum information 
           basic concepts, entangled states, qubits, quantum gates, 
           quantum parallelism
           [S1 ], [S2, §2-5], [S3, §5], [I1 ], [I2 ], [I3 ],
           [I4 ], [I5 ]
       B. Quantum algorithms
           Peter Shor's algorithm, quantum Fourier transform, 
           searching problem, error corrections
           [S1 ], [S2, §6-8], [S3, §7,9], [S5 ], [A1], [A2], 
           [A3], [A4], [A5], [A6], [A7], [A8 ]
       C. Quantum experiments
           NMR/SQUID, Ion trap, High Q optical cavities, Carbon Nanotube
           [S1 ], [S3 , §8], [S4 ], [S5 ], [E1 ], [E2 ], [E3 ],
           [E4 ], [E5 ], [E6 ], [E7 ], [E8 ], [E9 ], [E10 ]
       D. Quantum communications & Others
           dense coding, Teleportation, data compression, cryptography,
           [S1 ], [S3 , §5], [S4 ], [S5 ], [C1 ], [C2 ], [C3 ], 
           [C4 ], [C5 ], [D1 ], [D2 ]
　

       Chapter6   Chapter7   Chapter8   Chapter9   Chapter10   Chapter11

       FAQ      習題及小考(90年度)

       小考及習題解答

Special Topics - Quantum Computing

   News: 

   Download: 

       A. Quantum information 
           basic concepts, entangled states, qubits, quantum gates, 
           quantum parallelism
           [S1 ], [S2, §2-5], [S3, §5], [I1 ], [I2 ], [I3 ],
           [I4 ], [I5 ]
       B. Quantum algorithms
           Peter Shor's algorithm, quantum Fourier transform, 
           searching problem, error corrections
           [S1 ], [S2, §6-8], [S3, §7,9], [S5 ], [A1], [A2], 
           [A3], [A4], [A5], [A6], [A7], [A8 ]
       C. Quantum experiments
           NMR/SQUID, Ion trap, High Q optical cavities, Carbon Nanotube
           [S1 ], [S3 , §8], [S4 ], [S5 ], [E1 ], [E2 ], [E3 ],
           [E4 ], [E5 ], [E6 ], [E7 ], [E8 ], [E9 ], [E10 ]
       D. Quantum communications & Others
           dense coding, Teleportation, data compression, cryptography,
           [S1 ], [S3 , §5], [S4 ], [S5 ], [C1 ], [C2 ], [C3 ], 
           [C4 ], [C5 ], [D1 ], [D2 ]

 


 Special Topics - Metamaterials

   News: 

   Download: 

1A. DNG/ENG/MNG Propagation [1 ] [2 ] [3 ] [4 ]

1B. DNG Synthesis[1 ] [2 ] [3 ]

2A. DNG Applications in Antenna & Propagation[1 ] [2 ] [3 ] [4 ]

  2B. DNG Applications in Microwave Circuits[1 ] [2 ] [3 ]

3A. DNG Experiments[1 ] [2 ] [3 ]

  3B. 3D Volumetric EBG Media[1 ] [2 ] [3 ] [4 ]

  4A. 2D Planar EBG Structure ( Microwave & Package Applications ) [1 ] [2 ] [3 ]

  4B. 2D Planar EBG Structure ( Antenna & Propagation Applications ) [1 ] [2 ] [3 ] [4 ]

 

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