Great Company Great People Thin Film Encapsulation 기존 TFT- LCD 상판 Glass TFT Glass Back Light 20 grams 5 mm 10% $18.00 20 grams 5 mm 10% Weight Thickness.

Slides:



Advertisements
Similar presentations
Computer Graphics Prof. Muhammad Saeed. Hardware (Display Technologies and Devices) III Hardware III Computer Graphics August 1,
Advertisements

1 Display Power Characteristics Lin Zhong ELEC518, Spring 2011.
LCD TFT LED-OLED CCD CMOS DISPLAY SYSTEMS AND PHOTOSENSORS (PART 3)
Flat Panel Displays --- Principles, Materials and Processes Jing Zhang 04/06/2004.
Introduction to Raster scan display C A E D C Computer Aided Engineering Design Centre.
CH. 3 Solar Cell Basic III: Principle Organic Materials for Electronics and Photonics II.
Organic Light-Emitting Diodes By: Grant Warfield.
Computer Graphics Prof. Muhammad Saeed Dept. of Computer Science & IT
Nesibe Lakhani EECS 277A Prof. Richard Nelson
The Science of Digital Media Flat Panel Displays 7May Metropolia University of Applied Sciences Display Technologies Seminar.
LCM Introduction Excel Technology International Corporation.
EET 450 – Advanced Digital Video Display Systems.
OLED Devices and Applications
Copyright © 2007 Heathkit Company, Inc. All Rights Reserved PC Fundamentals Presentation 40 – Displays and Resolution.
Sales Meeting December-04 TFTs Basic Concepts. TFTs Basic Concepts.
1 Display technologies Lin Zhong ELEC424, Fall 2010.
TFT LCD. What is TFT LCD –Flat Panel Display What is TFT LCD  TFT-LCD stands for Thin-Film Transistor Liquid- Crystal Display  It is an advanced display.
Introduction Purpose  To introduce Newhaven Display International Inc.’s full color OLED displays Objective  Discuss general overview of OLED technology.
CRT MONITOR cathode-ray tube
Monitor. The Basics Often referred to as a monitor when packaged in a separate case, the display is the most-used output device on a computer. The display.
Introduction to display technologies Jean-Michel Lechevallier.
Welcome The World of LG Plasma TV 32PC5RV. No Eye Stress (100Hz Tech) TruMotion (0.001ms Response Time) Best for Home viewing 3 Reasons to go for LG Plasma.
O RGANIC L IGHT E MITTING D IODES Andrew Sanders, Fawzi Salama, John P. Handrigan 12/02/2010.
OLED Displays By: Adam Weidling Date: 5/1/15. Abstract OLEDS are an emerging technology in todays electronic display industry. In this presentation the.
CRT MONITOR cathode-ray tube
Contents of the Lecture
Organic Light-Emitting Diodes
Output Thomas W. Davis. What is Output? Output it data that has been processed into a useful form Output includes: Monitors Printers Speakers Etc.
Tutorial 6 Derek Wright Wednesday, March 2 nd, 2005.
display screens and ergonomics
Computer Peripherals “It's been said that a million monkeys typing on a million keyboards would reproduce the works of Shakespeare. Thanks to the Internet,
POLYMER LED Presented By UMAKANTA MOHAPATRO ROLL # EI
Lecture No. 3.  Screen resolution  Color  Blank space between the pixels  Intentional image degradation  Brightness  Contrast  Refresh rate  Sensitivity.
H. Choukri, A.Fischer, S. Forget, S. Chénais, M.-C. Castex, Lab. de Physique des Lasers, Univ. Paris Nord, France Color-control (including White) in OLEDs.
1 Display Device Lab Dong-A University Dong-A University Optical compensation design of vertically aligned LC cell using wide view circular polarizer Je-Wook.
Amorphous Silicon TFT LCD Displays Jonathan Brownstein EECS 277A.
Jay Dhamsaniya Rakesh Adroja Department of E & C Engineering Institute of Technology Nirma University Ahemedabad OCT
HKUST Liquid Crystal Switching Using Comb-on-Plane Electrodes M Wong, Z G Meng and H S Kwok Center for Display Research Hong Kong University of Science.
(F E D) FIELD EMISSION DISPLAY DEEPAK GUPTA EC 3 rd YR
1 Nanotech Project 2008 / Phase 2 Project: Team: Interferometric Modulator Display ACCOTO Celso ADHAM Mohamed LARRIEU JeanCharles LE GROS Christophe MAQUEDA.
Output Hardware Monitors  Basic Terms:  – smallest element that can be changed independently on a  – number of on a screen  The more the better the.
By: Christopher Heil November 18, What is OLED? An Organic Light-emitting Diode (OLED) is a light emitting diode (LED) that is made of semiconducting.
Graphics Cards and Monitors. GRAPHICS CARDS components video processor (and GPU)GPU video RAMRAM video ROM BIOS video DAC (DVI adapters don’t)(DVI resolution.
Plasma Display Technology. Playing A Strong Hand Plasma is gunning for CRTs –“Sweet spot” is from 26 inches to 42 inches –Plasma in true HD resolutions.
Prepared by:- BHADARKA DIVYA BHEDA PRIYANKA BHOYE KAJAL.
Digital Display Company
OLEDs Theory & Fabrication
Lecture Plan for LCD (Electronic Materials: 2010)
Lecture Plan for LCD (Electronic Materials: 2010)
Improving the efficiency of OLED + other interesting results from UST Hoi-Sing Kwok Man Wong Ben-Zhong Tang (Chem) Cheng-Feng Qiu Hai-Ying Chen Zhi-Guo.
AVIONICS DISPLAY SYSTEMS BAY AREA SID CHAPTER CONFERENCE SUNNYVALE, CA Kalluri R. Sarma March 24, 2016.
1/21 Flat Panel Display System Lab. C.L. Wu Speaker: Chi-Lin Wu ( 吳其霖 ) Advisor: Prof. Han-Ping D. Shieh Department of Photonics and Display Institute,
MADHUBEN AND BHANUBHAI PATEL WOMEN’S INSTITUTE OF ENGINEERING FOR STUDIES AND RESEARCH IN COMPUTER AND COMMUNICATION TECHNOLOGY Presentation on: (LED TVs)
1/9 OLED (Organic Light Emitting Diode) Display Engineering.
 The first E-Paper is developed in 1974’s by Nicholas K Sheridon at Xerox’s Palo Alto Research Centre.  E-Paper is also called Electronic Paper or Electronic.
Presented By: PRATYUSH MISHRA E.C. Final Year
Display Device and Interfacing
Stereoscopic LCD Video Wall Solution
OLEDs Theory & Fabrication
LED & LCD SUKHNANDAN COLLEGE MUNGELI A PRESENTATION ON BY:
ORGANIC LIGHT EMITTING DIODES
Seminar OLED Technology On
“ORGANIC LIGHT EMITTING DIODE"
OLED-AN ABSTARCT Over the time there are many changes came into the field of output/display devices. In this field first came the.
OLED Application to Large Displays; Compare with Other Display Technologies Abstract Oled technology is an incredibly powerful technology that is redefining.
Introduction to Computers
Display for Mobile Phone
ErgoFlat Technical Overview CM771 & CM772
MOBILE DISPLAY TECHNOLOGIES
Christopher Morton, PhD
Presentation transcript:

Great Company Great People Thin Film Encapsulation 기존 TFT- LCD 상판 Glass TFT Glass Back Light 20 grams 5 mm 10% $ grams 5 mm 10% Weight Thickness Breakage Cost 기존 OLED 봉지용 Glass TFT Glass 현재 Flexible OLED 봉지용 초박막 Flexible TFT Glass 2010 박형 OLED 봉지용 초박막 TFT Glass mm 0.2mm 19/36

Great Company Great People Why OLED? 20/36

Great Company Great People Why OLED? 21/36

Great Company Great People PM OLED 구조 및 동작 22/36

Great Company Great People OLED Issues Line Defect 23/36

Great Company Great People OLED Issues Life time/Image Sticking 24/36

Great Company Great People OLED Issues Power consumption 25/36

Great Company Great People 핵심 개발 Issues 26/36

Great Company Great People Bottom Emission OLED Top Emission OLED Passivation Layer Glass Substrate 투명 getter Sealant Glass cap or Film type cap Driving TR Planarization layer Glass Substrate Getter Metal cap Driving TR Planarization layer Inert gasMetal cathode Anode Semitransparent cathode Organic Layer Pixel 구동 회로부 High aperture ratio No Limitation circuit complexity  High integral density High resolution Low Aperture Ratio Limitation circuit complexity Top emission & Bottom emission 27/36

Great Company Great People  Technology Why LG OLED? ITO+ Mo/Al/Mo BUS structure Adopted - Specific Resistance is 78% lower than Cr. ☞ Al: 3 ρ, Cr:23 ρ ▶ The Low Power consumption at Higher Brightness Mode ▶ Downsizing the dead space ▶ Environment-Friendly Bus Scheme Encapsulation Cathode Separator Organic EL ITO Glass Polarizer Mo/Al/Mo (Bus) Mo Al Low Power consumption Dead Space Environment -Friendly Lifetime Al ( LG OLED ) ◎○◎○ Cr ( Other Companies ) X △ X △ ◎ : Excellent, ○ : Good, △ : Normal, X: Bad 28/36

Great Company Great People Why LG OLED? In House Developed Organic Material - High Efficiency / Long Life Time / Easy to Set to High Brightness  Efficiency & Life Span of the Organic Material Colors Efficiency Color Coordinates Life Span Remarks White R G B 12cd/A0.29, K Hrs. 120nit 60% Gray [ T 0.5 ] 5cd/A0.62, K Hrs. 140nit 60% Gray 20cd/A 6.5cd/A 0.29, ,0.14 Full Color 10K Hrs. 140nit 60% Gray 0.29,0.31  Technology 29/36

Great Company Great People Why LG OLED? In House Developed High transmissivity Polarizer - Developed Dye-type Polarizer - To Increase the transmissivity upto 55% ▶ Lower Power consumption In House Developed Drive IC - System IC department which is belongs to LG ELITE ( LG Electronics Institute of Technology ) are developing and manufacturing OLED Drive IC which can make the best performance for LG OLED module.  Technology 30/36

Great Company Great People Circular Polarizer v 사용 목적 : Contrast Ratio 를 높여 실외에서의 시인성 향상 v 문 제 점 : Panel 에서 나오는 광량 감소 (50% 이상 흡수 ) v 원 리 31/36

Great Company Great People Why LG OLED? LG Masking Technology Development History Imported Masking Technology Flatron CPT Development & Production Applied in OLED Technology Applied in OLED Production ‘94 ‘97 ‘01’04~ Took over Zenith Flat Mask Technology - Took over Flat ICM Technology Developed LG Flat CPT - 17” / 21” / 29” Applied in LG Flat CPT Imported Masking Technology - Applied in OLED Panel Production Started OLED Mass Production - 1” / 1.17” / 1.3” / 1.5” / 1.77” In-house developed masking technology for Full Color OLED manufacturing  Technology 32/36

Great Company Great People LTPS Drive IC COF/TCP Shadow Mask Photo Mask ETL/HIL Optical Filter Black Matrix EML COG/FOG/FOB Process & Equipment LG Production Engineering Research Institute ※ LG ELectronics Institute of TEchnology ILB/TAB ※ LG System IC Center Wall Paper GUI LG PHILIPS LCD LG SIC LG Micron LG CHEM LG ELITE LG LUSEM LG Design Lab  Vertical integration LG Innotek LG PERI Why LG OLED? Through our strong infrastructure, we can provide Competitiveness and Technology Products 33/36

Great Company Great People Specification – Mobile Sub (Color) 96x64 [256]96x64 (65K)96x96 [65K]128x160 [262K] Display Format Active Area Diagonal (inch)1.04 ” 1.17 ”1.3 ” Unit Size (mm)27.8(W)×37.19(H]27.8(W)× (H)28.3(W)×39.99(H)27.1(H)x37.0(V) Active Area (mm)20.996× × (H)x25.9(V) Dot Pitch (mm)/ppi0.073xRGBx xRGBx xRGBx0.162 Thickness [mm] Brightness (nit)100 Num of Color25665K 262K Power Consumption (mW)100mW125mW170mW250mW Driving Voltage (V)16V 21V Life Time (Full White 40% On) 10K hrs 8K hrs 34/36

Great Company Great People Specification – Mobile Main (Color) 128X160 (262K)160X128 (262K) Display Format Active Area Diagonal (inch)1.5”1.77 ” Unit Size (mm)30.45(H)x38.1(V)x1.82(T)34.6(H)x43.4(V)x1.82(T) Active Area (mm)23.788(H)x29.732(V)28.012(H)x35.012(V) Dot Pitch (mm)/ppi0.062xRGBx0.186 / 137ppi0.073xRGBx0.219 / 116ppi Sub pixel (mm)0.034xRGBx xRGBx0.199 Thickness (mm)1.82 Aperture Ratio (%) Brightness (nit)120 Num of Color262K Power Consumption (mW)350 Driving Voltage (V)21V Life Time (Full White 40% On) 7,000hrs White Color Coordinate0.29/0.35 (7,800K) 35/36

Great Company Great People OLED 개발 방향 36/36

Great Company Great People Thank You