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奈米光電材料概論

  1. Introduction to nano-materials
  2. Nano-Composites of organics, inorganics, and polymers
  3. Characterization of nano-materials
  4. Physical properties of nano-materials
  5. Electro-optical properties of nano-materials
  6. Applications of nano-materials in displays
潘扶民 教授 材料系
許鉦宗 教授 奈米所
郭浩中 教授 光電系/顯示所
盧廷昌 教授 光電系/顯示所

顯示光學

  1. Fundamentals of Optical System
  2. Display componets; properties of display materials
  3. Radiometry and Photometry
  4. Polarization of optical waves
  5. Electromagnetic propagation in anisotropic media
  6. Jones matrix method
  7. Liquid crystal displays
  8. Summary of simulation tools (TracePro)
田仲豪 光電系/顯示所

平面顯示檢測技術及設備

  1. Introduction: LCD 原理, 製程, 設備
  2. LCD Array 製程 & addressing scheme
  3. LCD Cell 製程 & optical effect
  4. LCD Module 製程
  5. 掃瞄探針顯微術原理與檢測
  6. 顯示器品質量測與方法之規範
  7. The design of LCD TV controller IC
  8. TFT-LCD瑕疵檢測
  9. 電漿鍍膜設備PECVD與應用
  10. AOI
  11. LCD背光板模組設計與製造
陳仁浩 、鄭泗東 機械系

平面顯示材料及元件 Flat Panel Display Materials and Devices

1. 液晶材料基本介紹
    1.1 液晶分類
    1.2 化學結構
    1.3 物理性質
2. 液晶之應用物理與量測
    2.1 液晶電學性質
    2.2 液晶光學性質
    2.3 液晶光學效應
3. 液晶顯示相關原理及元件
    3.1 液晶顯示器原理
    3.2 TN 液晶顯示器
    3.3 STN 液晶顯示器
    3.4 FTF 液晶顯示器
    3.5 FLCD 鐵電液晶顯示器
    3.6 PDLC 顯示器
    3.7 IPS 液晶顯示器
4. 材料性質與原理
    4.1 材料電學性質
    4.2 材料熱學性質
    4.3 材料光學性質
    4.4 高分子材料
5. 液晶顯示相關材料及製程
    5.1 液晶顯示器製造
    5.2 透明基板(玻璃基板、薄膜基板)
    5.3 透明電極(ITO 膜)
    5.4 配向層(Alignment Layer)
    5.5 間隙物(Spacer)
    5.6 彩色濾光片(Color Filter)
    5.7 偏光板(Polarizer)
    5.8 補償膜(Compensation Film)
    5.9 光源及導光配件(光擴散版、反射板,及導光板等)
6. 其他液晶相關顯示材料之應用
    
林宏洲 材料系

半導體電子元件 Semiconductor Device Physics

1.  Semiconductor Physics
    1.1 Energy bands and carrier concentration in thermal equilibrium
    1.2 Carrier transport phenomena
2. Semiconductor Devices
    2.1 P-N junction
    2.2 Bipolar Transistor and Related Devices
    2.3 MOSFET and related Devices
    2.4 MESFET and related Devices
    2.5 Heterojunction Devices(HEMT、HBT)
    
張 翼 材料系

半導體材料分析 Materials Characterization for Semiconductors

  1. 掃瞄式電子顯微鏡分析
  2. 穿透式電子顯微鏡分析
  3. X 光繞射分析
  4. Auger 電子能譜分析
  5. X 光電子能譜分析
  6. 二次離子質普儀分析
  7. 掃描探針顯微鏡分析
張 立 材料系
潘扶民 材料系

軟性電子

  1. Introduction to organics, inorganics, and polymers
  2. Composites of organics, inorganics, and polymers
  3. Characterization of organics, inorganics, and polymers
  4. Physical properties of organics, inorganics, and polymers
  5. Electro-optical properties of organics, inorganics, and polymers
  6. Applications of organics, inorganics, and polymers in displays
韋光華、黃華宗、林宏洲 材料系
陳方中、冉曉雯、劉柏村 顯示所

顯示電子電路

  1. Introduction/Course Overview
  2. LC Physics Part1 - Physical
  3. LC Physics Part2 - LCD modes
  4. LCD as an electrical circuit
  5. TFT operation and active matrix operation
  6. Row Driver and CD operation Part1
  7. Row Driver and CD operation Part2
  8. CD operation Part1
  9. CD operation Part2
  10. Voltage errors on LCDs
  11. CD operation and polarity inversion
  12. Row signal propagation
  13. Gamma Operation
  14. Color Science in Displays
  15. TFTs
  16. Introduction to Video Processing
戴亞翔 顯示所

電子與光電材料 Electronic and Optoelectronic Materials

Introduciton to the electronics and optical properties of solids. Emphasis is on concepts and models of phonons and electronics energy bands and applied to metals, semiconductors, and insulators. Elementary quantum and statistical mechanics concepts are utilized.
1.  Semiconductor Physics
    1.1 Energy Bands and Carrier Concentration in Thermal Equilibrium
    1.2 Carrier transport phenomena
    1.3 P/N junctions
    1.4 Junction
2. Optoelectronics Devices
    2.1 Optical absorption
    2.2 LED - light emitting diode
    2.3 LD - laser diode
    2.4 Photo detector
3. Electronic Devices
    3.1 MOS capacitor
    3.2 MOS transistor
    3.3 Thin film transistor for LCD
    
吳耀詮 材料系

光電工程概論 Introduction to Electro-Optic Engineering

  1. 射導論:雷射原理簡介與應用
  2. 光偵測:半導體偵測元件原理及應用、Image Sensor、solar cell 原理及應用
  3. 光調度:光學調變、光折射之原理與應用
  4. 幅度與光度學:光學計量與輻射計量之瞭解、光學系統之設計
  5. 光纖光學:光纖工作原理、光通訊系統簡介
郭浩中、陳智弘、陳瓊華、田仲豪、盧廷昌 顯示所

顯示科技概論 Introdcution of Display Technologies

顯示器製程與設備技術  授課老師:李柏璁 顯示所

   1. TFT-LCD Processing Technologies: Introduction & Overview
   2. TFT Array Fabrication Processes: (a) PECVD (b) PVD (3) Dry Etching (d) Wet Etching (e) Photolithograhpy
   3. Color Filter Principles & Fabrication
   4. Cell & Module Assembly Processes
   5. CIM

有機電激發光元件與顯示器  授課老師:陳方中

   1. Fundamentals of electronic and photonic properties of organic semiconductors
   2. OLED devices structures and operating mechanism
   3. Charge transport in OLEDs
   4. Charge injection and surface properties of organic semiconductors
   5. Dye doping in OLEDs
   6. Fluorescent and phosphorescent OLEDs
   7. OLED display driving: passive and active matrix drive OLEDs

TFT 物理及 LTPS process  授課老師:冉曉雯

   1. Basic Structures and Operation Mechanism
   2. Amourphous Silicon TFTs
   3. Polycrystalline Silicon TFTs
   4. LTPS process

顯示器色彩學  授課老師:鄭惟中

   1. Colorimetry
   2. Color Appearance
   3. Chromatic Adaptation Models
   4. Color Appearance Models
   5. Color Characterization of Displays

TFT LCD 驅動原理及設計  授課老師:戴亞翔

   1. 電路設計概念
   2. TFT-LCD 驅動電路
   3. OLED 驅動電路
   4. 系統整合
    

半導體製造技術導論 Introduction to Semiconductor Manufacturing Technology
  1. Introduction to Semiconductor Industry
  2. Overview of IC Technology and Review of Semiconductor and Physics
  3. Semiconductor Materials, Process Chemicals, and Contamination Control
  4. Overview of Wafer Fabrication
  5. Crystal Growth
  6. Thermal Oxidation
  7. MOS Capacitors
  8. Diffusion
  9. Epitaxy and Chemical Vapor Deposition
  10. Ion Implantation
  11. Pattern Definition (Lithography and Etching)
  12. Metallization and CMP
  13. MOSFET and Bipolar Process Integration
張 翼 材料系
更新日期:2017-10-11 回到上方