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Flat Panel Display - web.nchu.edu.tw

98 ( )Page 1 Flat Panel Display : Principle and Flat Panel Display : Principle and Driving Circuit DesignDriving Circuit Design / / 298 ( ) nchu / EE / Notes Lectures Schedule Thursday 14:10-17:00 (@ R102 nchu /EE) Contact Instructor: Email : Email : Phone : Phone : 0404--22840688 09350935--761741761741 Page 398 ( ) nchu / EE / Relation to Other Courses Prerequisite: Electronics Electric Circuit VLSI Design Relation to other courses: Digital IC Design Analog IC Design FPD TechnologyPage 498 ( ) nchu / EE / Introduction to FPD (week 1-4) TFT-LCD (week 5) Array Circuit Design (week 6~7) Driving Circuit Design of A-Si TFT (week 8~11)Mid-Oral Report (week 12~13) Driving Circuit Design of LTPS TFT (week 14) Process of Driver IC (week 15) Case Study (week 16)Final Oral Report (week 17-18)Page 598 ( ) nchu / EE / Ch.

98學年度(上) NCHU / EE / 汪芳興 Page 5 Ch. 1 Introduction to FPD 1. 液晶顯示器LCD (Liquid Crystal Display) 2. 有機電激發光二極體顯示器OLED/PLED (Organic/Polymer Light Emitting Diode Display)

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Transcription of Flat Panel Display - web.nchu.edu.tw

1 98 ( )Page 1 Flat Panel Display : Principle and Flat Panel Display : Principle and Driving Circuit DesignDriving Circuit Design / / 298 ( ) nchu / EE / Notes Lectures Schedule Thursday 14:10-17:00 (@ R102 nchu /EE) Contact Instructor: Email : Email : Phone : Phone : 0404--22840688 09350935--761741761741 Page 398 ( ) nchu / EE / Relation to Other Courses Prerequisite: Electronics Electric Circuit VLSI Design Relation to other courses: Digital IC Design Analog IC Design FPD TechnologyPage 498 ( ) nchu / EE / Introduction to FPD (week 1-4) TFT-LCD (week 5) Array Circuit Design (week 6~7) Driving Circuit Design of A-Si TFT (week 8~11)Mid-Oral Report (week 12~13) Driving Circuit Design of LTPS TFT (week 14) Process of Driver IC (week 15) Case Study (week 16)Final Oral Report (week 17-18)Page 598 ( ) nchu / EE / Ch.

2 1 Introduction to FPDCh. 1 Introduction to FPD1. LCD (Liquid Crystal Display )2. OLED/PLED (Organic/Polymer Light Emitting Diode Display )3. PDP (Plasma Display )4. FED (Field-Emission Display )5. LCOS(LC on Silicon)Page 698 ( ) nchu / EE / is to of LCD Operation LCD Design Concepts LCD Process ConceptsPage 798 ( ) nchu / EE / Array Circuit Array Circuit Design TFT Device TFT process TFT device physics TFT device characterization and model Basic Electronics for TFT LCD Pixel and Array DesignPage 898 ( ) nchu / EE / Driving Circuit Design of Driving Circuit Design of A--Si TFTSi Driving Driving Driving TFT-LCD Driver of Digital InterfacePage 998 ( ) nchu / EE / Driving Circuit Design of LTPS Driving Circuit Design of LTPS of Driver Electronics Driver Circuit Design Driver Circuit on Page 1098 ( )

3 nchu / EE / Process of Driver Process of Driver for HV Process to HV for LCD Driver IC1. um process2. um um processPage 1198 ( ) nchu / EE / Case Case Diagram of Source Driver Condition check list line Failure CasePage 1298 ( ) nchu / EE / HomeworksHomeworksand Final Projectand Final Project Design a Shift Register (HW1) Design a DAC (HW2) Design a Buffer Amplifier (HW3) Design (1) 44--bit 6bit 6--channelchannelcolorSource Driver IC or (2) 18 channel Gate Driver IC (final project) Page 1398 ( ) nchu / EE / Reference Texts TFT-LCD TFT/LCD: Liquid-crystal Displays Addressed By Thin-film TransistorsJapanese Technology Reviews. Electronics ; V. 29by Tsukada, Toshihisa. E-book on WWW Liquid Crystal Displays - Addressing Schemes & Electro-Optical EffectsErnst Lueder, University of Stuttgart, J.

4 Wiley, Hardcover, 368 pages, published June 2001, price: $ 1498 ( ) nchu / EE / Lecture Download Course Reader: Lecture notes Download site: : #Page 1598 ( ) nchu / EE / Grading Homework (3 times) 30% Mid-Report 20% Final Project Report 40% Attendance 10%