明新科技大学影像显示相关课程资料

1、明新科技大學影像顯示相關課程資料一. 系所課程a. 光電系 1. 光電工程概論科目名稱Course Title光電工程概論Introduction to Optoelectronics教學目標Course Objective1. 認識光電科技的重要性2. 認識幾何光學3. 認識波動光學4. 認識光電半導體1. Realize the importance of Electro- Optical technology2. Realize the Geometry Optics3. Realize the Physics Optics4. Realize Opto-electrical semic

2、onducto週次Week教學內容Course Contents01引言Introduction02幾何光學 Geometry Optics03鏡面 Mirrors04薄透鏡 Thin Lens 05厚透鏡 Thick Lens 06光學元件 Optical Devices07視覺 Human Vision08光波動 Optical Waves09期中考 Middle Test10光偏振 Polarization11薄膜干涉 Thin-film Interference12繞射 Diffraction13雷射 Laser14光源 Light Sources15光檢測器 Optical Dete

3、ctors16光纖通訊系統 Fiber-Optic Communication System17光訊號處理 Optical Signal Processing18期末考 Final Test課堂用書/Text Book：Optics-An Introduction for Technicians and Technologists; J.Warren Blaker, Peter Schaeffer參考書目/Reference Books近代光電工程導論，光電概論2. 電磁學科目名稱Course Title電磁學(一)Electromagnetics (I)教學目標Course Objectiv

4、e1.使用公設性的方法逐步建立電磁學模型首先是靜電場，然後是靜磁場，最後是他們的應用。2.培養學生了解向量代數，向量微積分，和直角、圓柱、以及球座標系統之間關係以作為工具，對電磁現象的描繪加以量化。3.培養學生數量推論的技巧及分析思考能力。4.奠定良好的電磁學基礎以進而學習相關課程。1.To build an electromagnetic model using an axiomatic approach in steps-First for static electic fields, then for magnetic fields, and finally for their appl

5、ications.2.To develop the basics of vector algebra, vector calculus, and the relations of Cartesian, cylindrical, and spherical coordinate systems as tools to describe electromagnetic phenomena quantitatively.3.To develop quantitative reasoning skills and analytical thinking in the students.4.To dev

6、elop a strong foundation of electromagnetics for the related advanced courses.週次Week教學內容Course Contents01電磁模型The Electromagnetic Model02向量代數、正交座標系統Vector Algebra and Orthogonal Coordinate Systems03純量場梯度與向量場散度Gradient and Divergence04向量場旋度Curl of a Vector Field05庫倫定律Coulomb's Law06高斯定理及應用、電位Gauss

7、's Law and Applications, Electric Potential07導體及非導體之靜電場問題探討Conductors and Dielectrics in Static Electric Field08靜電場之邊界條件、電容Boundary Conditions for Electrostatic Fields, Capacitance09期中考Midterm Exam10靜電場邊界值問題解答Solution of Electrostatic Boundary-Value Problems11穩態常流歐姆定律、克希夫定律Steady Electric Curren

8、ts-Ohm's Law and Kirchhoff's current Law12焦耳定律、穩定電流密度所遵守的方程式Joule's Law and Governing Equations For Steady Current Density13靜磁場，向量磁位Static Magnetic Fields ,Vector Magnetic Potential14畢奧沙瓦定律及應用Biot-Savart Law and Applications15磁偶極、磁化及等數電流密度Magnetic Dipole, Magnetization and Equivalent Cur

9、rent Densities16靜磁場的邊界條件Boundary Condition for Magnetostatic Fields17電感及電感器，磁能磁力及磁力矩Magnetic Energy, Magnetic Forces and Torques.18期末考Final Exam課堂用書/Text Book：工程電磁學 David K. Cheng 著偉明圖書有限公司總代理。參考書目/Reference BooksIntroduction to Electrodynamics; David J. Griffiths著。3. 電子學科目名稱Course Title電子學(一)Applie

10、d Electronics (I)教學目標Course Objective建立學生分析與設計各種電子電路之能力,作為電子專業之基礎.This course trains the abilities of analysis and design on electronic circuits for the basement of the electronic applications.週次Week教學內容Course Contents01簡介Introduction02元件與基本電路Devices and Basic Circuits03運算放大器電路Operational Amplifier

11、Circuits04運算放大器電路Operational Amplifier Circuits05運算放大器電路Operational Amplifier Circuits06二極體電路Diode Circuits07二極體電路Diode Circuits08二極體電路Diode Circuits09期中考10雙載子接面電晶體電路Bipolar Junction Transistor Circuits11雙載子接面電晶體電路Bipolar Junction Transistor Circuits12雙載子接面電晶體電路Bipolar Junction Transistor Circuits13

12、雙載子接面電晶體電路Bipolar Junction Transistor Circuits14雙載子接面電晶體電路Bipolar Junction Transistor Circuits15雙載子接面電晶體電路Bipolar Junction Transistor Circuits16場效電晶體電路Field-Effect Transistor Circuits17場效電晶體電路Field-Effect Transistor Circuits18期末考課堂用書/Text Book：微電子電路4. 幾何光學科目名稱Course Title幾何光學Geometrical Optics教學目標Co

13、urse Objective學習1. 幾何光學之基本原理2. 費瑪原理與司乃爾定律3. 光跡追蹤與矩陣法4. 基本光學元件原理Learning:1. Fundamentals of geometric optics2. Fermat's principle and Snell's law3. Ray tracing and matrices method4. Basic optical elements週次Week教學內容Course Contents01課程簡介Introduction02基礎幾何光學與波動光學 IFundamentals of Geometric Optic

14、s and Wave Optics I03基礎幾何光學與波動光學 IIFundamentals of Geometric Optics and Wave Optics II04基儲雷射應用與原理Fundamentals of Lasers05幾何光學之主要原理 IGeneral Principles of Geometric Optics I06幾何光學之主要原理 IIGeneral Principles of Geometric Optics II07成像與光線矩陣 IImage Formation and Ray Matrices I08成像與光線矩陣 IIImage Formation

15、and Ray Matrices II09期中考試Midterm Exam10系統矩陣與Cardinal平面 ISystem Matrices and Cardinal Planes I11系統矩陣與Cardinal平面 IISystem Matrices and Cardinal Planes II12像差 ILens Aberration I13像差 IILens Aberration II14幾何光學與雷射共振腔 ILaser Cavities and Resonators I15幾何光學與雷射共振腔 IILaser Cavities and Resonators II16孔徑與阻檔物S

16、tops and Apertures17基本光學元件Basic Optical Devices18期末考試Final Exam課堂用書/Text Book：self-made handout參考書目/Reference Books1. L. Hesslink, Modern Optics, course reader of E270A, Stanford University2. 陸懋宏, 幾何光學, 交大光電所3. Hecht, Optics 3rd edition, Addison Wisley5. 光學實驗科目名稱Course Title光學實驗(二)Optics Lab (II)教學目

17、標Course Objective1. 提供學生光學實驗入門知識。2. 使學生對光電科技產生濃厚興趣。3. 鼓勵學生發揮創意。4. 學生將實驗結果與課堂知識互相印證。5. 幫助學生日後有機會進入光電產業服務。1. Introduction of basic optics labs.2. Induction of Interest in opto-electronic technology.3. Encouragement of innovation.4. Comparison of labs with classes.5. Attainment of workmanship into rela

18、tive industries.週次Week教學內容Course Contents01光的遠場繞射實驗Far-field Diffraction02載玻片與布魯斯特角的量測Slide and Brewster Angle03分光鏡與反射率的測量Beam Splitter and Index of Reflection04稜鏡的色散與折射率的測量Prism and Index of Refraction05雷射的認識Laser06光源的認識與特性量測Optical Sources07光偵測器的認識與特性量測Optical Detectors08雷射的特性Characteristics of La

19、ser09期中考Mid-term Examination10傅氏光學實驗Fourier Optics11光學信號處理實驗Optical Signal Processing12光纖及其處理技術Optical Fiber13光纖通訊系統Optical Fiber Communication System14VCD與DVD的影音訊號Audio/Video signals of VCD/DVD15MO與DVD光碟機MO and DVD Optical Storage Systems16數位相機的特性Digital Still Camera17數位影像工作室Digital Video Camera18期

20、末考Terminal Examination課堂用書/Text Book：光電工程實驗楊伯溫全威圖書公司參考書目/Reference Books光學實驗吳光雄高立圖書公司6. 波動光學科目名稱Course Title波動光學Wave Optics教學目標Course Objective1.建立波動光學理論觀念，熟悉波動光學分析技巧，進而培養解決光學問題的能力。2.奠定良好的波動光學基礎以進而學習相關課程。1.To develop student's concepts in the field of Wave optics, and to familiarize themselves w

21、ith skill of analytical thinking, and to build their ability of solutions of optical problems. 2.To develop a strong foundation of Wave optics for the related advanced courses.週次Week教學內容Course Contents01電常數與光速Electrical constant and the speed of light02折射率Refractive index03平面簡諧波Plane harmonic waves0

22、4平面簡諧波表示法Alternative ways of representing harmonic waves05群速Group velocity06線性偏極Linear Polarization07圓與橢圓偏極Circular and Elliptic Polarization08Jones 計算The Jones Calculus09期中考Midterm Exam10反射與折射Reflection and Refraction at a plane boundary11Fresnel's 式Fresnel's equations12線性重疊原理The principle

23、of linear superposition13Michelson 干涉儀The Michelson Interferometer14相干時間與相干長度Coherence time and coherence length15多重光束干涉Interference with multiple beams16Fabry-Perot 干涉儀The Fabry-Perot interferometer17光學薄膜Multilayer films18期末考Final Exam課堂用書/Text Book：Introduction to Modern OpticsGrant R.Fowles參考書目/R

24、eference BooksFundamentals of optics; Francis A. Jenkins and Harvey E. White7. 像差與影像品質科目名稱Course Title像差與影像品質Aberration Theory and Image Quality教學目標Course Objective使學生瞭解光學影像分析與光學系統設計所需之基本知識與技術The objective of the course is to make students obtain the advanced techniques for optical image analysis an

25、d system design.週次Week教學內容Course Contents01成像光學系統的目的The purpose of optical imaging system02成像光學系統的重要參數The purpose of optical imaging system03光欄 、 孔徑與基礎原理The purpose of optical imaging system04繞射與像差Diffraction, aberration and image quality05繞射與像差Diffraction, aberration and image quality06如何消除像差How to

26、 get rid of aberration07如何選擇玻璃How to select glass08期中考Mid-term Examination09球面與非球面Spherical surfaces and aspheric surfaces10球面與非球面Spherical surfaces and aspheric surfaces11成像光學系統設計模式Design form12成像光學系統設計模式Design form13設計過程與系統分析The optical design process14設計過程與系統分析The optical design process15電腦輔助影像品質

27、評估Computer assistant image quality analysis16電腦輔助影像品質評估Computer assistant image quality analysis17電腦輔助影像品質評估Computer assistant image quality analysis18期末考Final examination課堂用書/Text Book：Optical System Design, Fisher (高立)8. 光電材料與元件物理科目名稱Course Title光電材料與元件物理Optoelectronic Material & Device Physic

28、s教學目標Course Objective瞭解光電半導體材料的製造過程，材料的光學/電特性，與基本理論understanding the fabrication, optical and electrical properties of the compound semiconductor, and the basic theories for explaining the related properties 週次Week教學內容Course Contents01課程大綱簡介outline of the course 02光電半導體與矽半導體的不同compound semiconductor

29、 v.s Si-based semiconductor03光電半導體的製造方法與流程-磊晶fabrication of compound semiconductor-epitaxy04晶格常數與晶格匹配lattice constant and lattice match05倒置晶格空間concept of reciprocal lattice 06能帶理論band theory07能帶中的有效電子質量effective mass of electron in the band08能態密度density of state09期中考midterm exam10半導體的導電性electrical c

30、onductivity of semiconductor11載子濃度的計算calculation of carrier concentration12載子移動率與飄移電流mobility and drift current13擴散電流diffision current14P-N介面介紹introduction to P-N junction15P-N介面的電子傳輸-電流-電壓曲線 electron transport in P-N junction-I-V curve16P-N發光機制optical process in P-N junction17過剩載子的馳緩機制relaxation of

31、 excess carrier 18期末考final exam課堂用書/Text Book：Semiconductor optoelectronic devices 2nd ed., by Pallab Bhattacharya半導體元件物理與製作技術,施敏,國立交通大學出版社自編講義參考書目/Reference Books1. Physics of semiconductor devices 2nd ed., by S. M. Sze 施敏 (中央)2. Microelectronic devices, by Edward S. Yang (McGraw-Hill) 9. 光電元件與應用科目

32、名稱Course Title光電元件與應用Optoelectronic Device and Application教學目標Course Objective本課程將介紹光電半導體包含材料、製程與元件之量測技術與方法，相關之量測標準及規範，以幫助同學提升相關於光電半導體應用及分析之能力The objective of the course is to make students obtain the advanced techniques for materails, process and the measurement of the LED devices.週次Week教學內容Course

33、Contents01LED簡介Introduction of LED02輻射復合與非輻射復合Radiative and non-radiative recombination03輻射復合與非輻射復合Radiative and non-radiative recombination04LED電特性分析LED basics: electrical properties05LED電特性分析LED basics: electrical properties06LED光特性分析LED basics: optical properties07LED光特性分析LED basics: optical prop

34、erties08LED內部量子效率設計High internal efficiency LED designs09期中考midterm exam.10LED內部量子效率設計High internal efficiency LED designs11LED取出量子效率設計High extraction efficiency LED structures12LED取出量子效率設計High extraction efficiency LED structures13可見光LEDVisible-spectrum LEDs14可見光LEDVisible-spectrum LEDs15白光LED原理Whi

35、te-light LEDs16LED量測規範Standard methods for LED measurements17報告Presentation 18期末考Terminal exam.課堂用書/Text Book：Light-emitting diodesE. Fred SchubertCambridge University press10. 光電感測與輻射照明科目名稱Course Title光電感測與輻射照明Radiometry, Photometry and Optical Detection教學目標Course Objective1.建立光電感測與輻射照明理論觀念，熟悉光電感測與

36、輻射照明分析技巧，進而培養解決光學問題的能力。2.奠定良好的光電感測與輻射照明學科基礎以進而學習高階光電課程。1.To develop students concepts in the field of Radiometry, Photometry and Detection, and to familiarize themselves with skill of analytical thinking, and to build their ability of solutions of optical problems.2.To develop a strong foundation of

37、 Radiometry, Photometry and Detection for the related advanced courses.週次Week教學內容Course Contents01輻射度學與光度學簡介Introduction to Radiometry and Photometry02視覺本性The Nature of Human Vision03立體角The Cone Angle04輻射通量與光通量Radiometric and Photometric Flux05輻射強度與光強度Radiometric and Photometric Intensity06發光體輻射強度分佈

38、圖Radiant Profiles07輻射照度與光照度Radiant Incidance and Illuminance08輻射亮度與光亮度Radiant Sterance and Luminance09期中考Midterm Exam10光偵檢器特性Detector Characteristics11光偵檢器雜訊Detector Noise12熱光偵檢器Thermal Detectors13真空光二極體Vacuum Photodiode14光倍增管Photomultiplier Tube15光導型光偵檢器Photoconductive Detectors16接面光偵檢器Junction Det

39、ectors17光電晶體Phototransistors18期末考Final Exam課堂用書/Text Book：OptoelectronicsEndel Uiga參考書目/Reference BooksPhotometry and radiometry for engineersStimson Allen11. 電路學科目名稱Course Title電路學Basic Circuit Theory教學目標Course Objective使學者了解電氣基本觀念,基本電路原理及其結構和應用.Leaners understand the basic concepts of electricity,

40、 the principles of the basic electirc circuits and their structures and applications.週次Week教學內容Course Contents01電學概論.Introduction of electricity.02電路原件,標準及規格.Circuits elements, standards and conventions.03歐姆定律,電力與電功率.Ohm's law, electric energy and power.04直流電原理.Principles of the direct electric

41、currents.05電壓源與電流源.voltage source and current source.06克希荷夫電壓定律與電流定律.Kirchhoff's laws and electric currents calculations.07網目電流計算.Mesh currents calculations.08結點電壓法網目電流計算.Node voltage method calculations.09期中考.Midterm quiz.10三角型和星型網路電流計算.Delta and wye networks calculations.11重疊定理之應用於網目電流計算.Super

42、position theorem.12戴維寧定理及網路計算.Thevenin's theorem & network calculations.13諾頓定理及網路計算.Norton's theorem & network caculations.14惠斯敦電橋電路,最大更功率傳輸.Wheatstone bridge circuit, maximum power transfer.15交流電原理.Principles of the alternative currents.16電阻性,電感性及電容電路.Resistance, inductance & ca

43、pacitance electric circuits.17功率因數,平均值及有效值探討.Power factor, discussions of the average & effective values.18期末考.Final quiz.課堂用書/Text Book：Gussow, Milton, Theory And Problems of Basic Electricity, McGraw-Hill Book Company.參考書目/Reference Books1.Dorf, C. Richard, Svoboda, James A., Introduction to E

44、lectric Circuits. 2.Irwin, J. David, Basic Engineering Circuit Analysis, 7th ed., John Wiley & Sons, Inc. 3.Dawes, Cheseter L., Electrical Enginering, Direct Currents. 4.Kerckner, Russell M., Corcoran, George F., Alternationg-Current Circuits 4th ed. 5.Edminister, Joseph A., Electric Circuits, M

45、cGraw-Hill Book Company. 12. 薄膜光學與鍍膜技術科目名稱Course Title薄膜光學與鍍膜技術Optical Thin Film and Coating Technology教學目標Course Objective使學生能了解並熟悉薄膜光學鍍膜技術的基本原理與技術發展，並期與目前國內光學薄膜工業的發展相結合，提高學生的競爭力。To build students knowledge of basic principle and technology development in the field of optic thin film, and to be com

46、bined with development of optical thin film industry.週次Week教學內容Course Contents01真空基礎技術概論1Basic Vacuum Technology 102真空基礎技術概論2Basic Vacuum Technology 203熱蒸發蒸鍍法Thermal Evaporation Deposition04直流濺鍍法DC Sputtering Deposition 05射頻濺鍍法RF Sputtering Deposition06磁控濺鍍法Magnetron Sputtering Deposition07離子源Ion So

47、urce08離子束濺鍍法Ion Beam Sputtering Deposition09期中考Midterm Exam10薄膜成長模型Thin Film Growth Model11電漿離子助鍍Plasma Ion Assisted Deposition12離子束離子助鍍法Ion-beam Assisted Deposition13先進製鍍技術Advantage Technology of Film Deposition14薄膜厚度分佈Thin Film Uniformity15修正板Mask16薄膜厚度監控方法Monitoring Methods of Thin Film Thickness

48、17光學濾光片製鍍範例Fabrication Examples of Optical Filter18期末考Final Exam課堂用書/Text Book：薄膜光學與鍍膜技術李正中編著藝軒出板社參考書目/Reference BooksThin-film optical filters, H.A. Macleod實用真空技術,呂登復,黎明書局真空技術與應用,國科會精儀中心出版13. 電腦輔助光學薄膜設計科目名稱Course Title電腦輔助光學薄膜設計Computer-Assisted Design of Optical Thin Films教學目標Course Objective使學生能了

49、解並熟悉光學薄膜的基本原理與設計技巧，並能使用光學薄膜設計軟體，提高學生的競爭力。To build students knowledge of basic principle and design technology in the field of optic thin films, and can use software of optical thin films. In order to promote students competitive ability.週次Week教學內容Course Contents01光學薄膜簡介Introduce of optical thin film

50、s02光學薄膜原理Principles of optical thin films03投影顯示器元件介紹Components of LCD and DLP projector04光學導納Optical admittance05單層膜的反射與透射Reflectance and transmittance of a thin film06多層膜的反射與透射Reflectance and transmittance of an assembly of thin films07導納軌跡法Admittance loci method08抗反射薄膜設計Designs of antireflection c

51、oatings09期中考Midterm exam10分光鏡設計Designs of beam splitters 11高反射鏡設計Designs of high-reflectance mirrors 12紅色濾光片設計 Designs of red filters13藍色濾光片設計Designs of blue filters14冷光鏡濾光片設計Designs of cold mirror filters15綠色濾光片設計Designs of green filters16抗紫外與紅外濾光片設計Designs of UV-IR cut filters17窄帶濾光片設計Designs of n

52、arrow band-pass filters 18期末考Final Exam課堂用書/Text Book：自備講義參考書目/Reference Books薄膜光學與鍍膜技術, 李正中編著, 藝軒出板社Thin-film optical filters, H.A. Macleod Optical interference coatings, Norbert Kaiser and Hans K.Pulker14. 半導體製程技術科目名稱Course Title半導體製程技術Introduction to Semiconductor Manufacturing Technology教學目標Cour

53、se Objective1.半導體元件物理2.半導體元件製作技術1. Semiconductor device physics2. Semiconductor device technology週次Week教學內容Course Contents01半導體簡介General introduction02載子理論Carrier modeling03載子運動Carrier Action04PN 接面,二極體PN junction, Diode05LED, 光二極體LED ,Photodiode06太陽電池, 光電晶體Solar Cell, phototransistor07BJTBJT08MOSMOS09期中考Mid-term Exam10微影Lithography11蝕刻Etching12摻雜Doping13氧化Oxidation14氣相沉積CVD15物相沉積PVD16連接線Interconn