FLEXIBLE DISPLAYS By: Algilyne Gengania MWF 10:20 am – 11:45 am.

Slides:



Advertisements
Similar presentations
A.J. Guzman Najinder Mann Terry Bankhead HARDWARE REPORT.
Advertisements

University of Palestine Students name : Ammar abu zubida UN : Instructors name:Rasha atallh Thread :Types of computer screen.
OLED Technology By: Matt Vicini.
LCD TFT LED-OLED CCD CMOS DISPLAY SYSTEMS AND PHOTOSENSORS (PART 3)
Submitted By :- Name:-ANKUR KUMAR Regd no: Branch:-EEE, 7 th Semester HOD: A.MOHANTY.
 OLED stands for Organic Light-Emitting Diodes  It’s a solid-state semiconductor device that is 100 to 500 nanometers thick.  Consists of 5 Layers.
AMOLED TECHNOLOGY MEEN 3344 By Mark Benavides. What is AMOLED? AMOLED is an acronym that stands for Active Matrix Organic Light Emitting Diode. It is.
Organic Light-Emitting Diodes By: Grant Warfield.
1 FASwitch Technologies Company and Technology Overview F lexible A rray S witches C hanging H ow Y ou S ee the W orld.
Nesibe Lakhani EECS 277A Prof. Richard Nelson
The Future of Organic Electronics Jaya Movva Ben Spearin Jon Anderson Joshua Wrazen.
OLED Organic Light Emitting Diodes Rachel Ericson MIS 304 March 2, 2009.
T O U C H S C R E E N T E C H N O L O G Y © A J P.
OLED Devices and Applications
Part 2.  Fabrication of organic thin film transistors  Non-volatile memory devices based on organic transistors  Development of novel conjugated polymers.
MEEN 3344 By: Ryan Evans. What the Flexible Organic Light Emitting Diode Consist of : The Top Layer is the Cathode layer made of tungsten releases electrons.
Electronic PAPER. What is electronic paper ?  Electronic paper and electronic ink are display technologies that mimic the appearance of ordinary ink.
Future Trends of Televisions By: Rion Núñez Team 11.
Flexible Screens Sean Ouye Sec 08.
Flexible Manufacturing System
1 Introduction to Organic Electronics Mohammad Agahian Panahi University of Tehran, ECE faculty VLSI Course Presentation Instructor: Dr. S. M. Fakhraie.
By Bargi Abhinandan Sadanand 1MV07EC014. Contents Introduction Working Specifications Models Advantages and disadvantages Applications Other display systems.
Flexible Organic Light Emitting Diode (OLED) MEEN 3344 Presented by: Hector Vasquez Jr.
Organic Light-Emitting Diodes
Organic Semiconductor and its applications
Brief Examples OF COMPOSITE MATERIALS. concrete It is a composite material which consists of a mixture of stones, chips and sand bound together by cement.
display screens and ergonomics
李正中 Display Technology Center Nov. 12, 2012 Flexible Display Technology and Applications.
OLED Siu Yuen Steven Donoso
Flexible Organic Light Emitting Diodes by Cody Hall MEEN 3344.
Each appropriate reason 1 mark Eg stronger, more durable, waterproof, will last longer, does not bend or break easily, easier to clean, does not get damaged.
Team 1 – Corning Incorporated Case OLED (Organic Light Emitting-Diode)
Technological Advancements in Monitors By Jed Zwanenburg.
The Future of Organic Electronics. ORGANIC ELECTRONICS Organic electronics, plastic electronics or polymer electronics, is a branch of electronics that.
Revolutionary Product for the Application of Carbon Fiber Property of AlsaRefinish part of Alsa Corp © |
Mobility in Government Martin Grey, Solutions Architect Unit 18 April, 2013.
‘BECOME AN ACTIVE PART OF YOUR PRESENTATION’ By Colby, Nina, Amy & Jennifer.
MEEN 3344 Materials Light Emitting Polymers
Residual Stress in a Thin Film Resonator
Light Emitting Polymers Cambridge Device Technology Poly p-phenylenevinylene Energy Efficient Light weight Printed LEP.
Roll-to-Roll Fabrication Technology for Organic Semiconductors Jae Young Choi Nov. 13, 2007.
New and Smart Materials Mr P Mulholland St Joseph’s High School Crossmaglen.
 The Waveface Casa  The Waveface Light  The Waveface Ultra.
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.
OLEDs Theory & Fabrication
O RGANIC L IGHT -E MITTING D IODE (OLED) PRESENTED BY: BIND LALSHA SHRI S’AD VIDYA MANDAL INSTITUTE OF TECHNOLOGY.
Dave Yao Vice President of Worldwide Sales
GUJARAT TECHNOLOGICAL UNIVERSITY BIRLA VISHVAKARMA MAHAVIDYALAYA V.V.NAGAR.
MADHUBEN AND BHANUBHAI PATEL WOMEN’S INSTITUTE OF ENGINEERING FOR STUDIES AND RESEARCH IN COMPUTER AND COMMUNICATION TECHNOLOGY Presentation on: (LED TVs)
OLEDs and Transparent Monitor Technology Troy L. Behmer.
1/9 OLED (Organic Light Emitting Diode) Display Engineering.
Sony XEL-1 The Organic Display for the Future. Sony XEL-1 - OLED The product that uses OLEDs  Made out of organic light emitting diodes (OLEDs).  OLED.
SENSITIVE SKIN. OUTLINE INTRODUCTION SKIN MATERIALS DEVICES SIGNAL PROCESSING ADVANTAGES DISADVANTAGES APPLICATION CONCLUSION.
Smart Materials By Nina, Jessica, Sarah, Shauna, Rachel and Nikita.
Presented By: PRATYUSH MISHRA E.C. Final Year
Housing I 7.05 Technological Advances in Home Design
Computer Graphics Lecture 4 Computer Graphics Hardware
OLEDs Theory & Fabrication
Housing I 7.05 Technological Advances in Home Design
ORGANIC LIGHT EMITTING DIODES
Seminar OLED Technology On
OLED Application to Large Displays
“ORGANIC LIGHT EMITTING DIODE"
Polytronics-emerging technology & its applications
FORCES AND STRESSES.
Chapter 25 Integrated Circuits.
Organic LIGHT EMITTING DIODE
AQA GCSE 2 Improving functionality Design and Technology 8552 Unit 4
SPECIAL THANKS First of All I am greatly thanks to ALLAH Whose give me ability to courage and power to complete the presentation without blessing mercy.
Faults and Folding 9/24.
Presentation transcript:

FLEXIBLE DISPLAYS By: Algilyne Gengania MWF 10:20 am – 11:45 am

What are Flexible Displays? It’s a display flexible in nature. Different from traditional flat screen displays. Thin, flexible, clear with properties of glass. Flexible & unbreakable & also conserve low battery. More efficient when compared with Smartphones. It’s durable & can be water resistant.

Advantages of Flexible Displays They have less weight and thinner. It is improved in its durability. Less prone to cracking during handling. They can lower manufacturing costs It has an indestructible quality. Increase product life & make new designs.

Disadvantages of Flexible Displays There may be residual stress from disposition of layers onto flexible substrate. Thermal stress due to different coefficient of thermal expansion of materials in device. External stress from the bending of device. Causes complete breakdown of the device.

Why are they made? Flexible screens have the potential to strike the perfect balance; a smart phone that could expand into a large display in your hands, but fold up small to be slipped into your pocket. Tablets that could

be rolled up and stuck into a purse or backpack would have an added appeal to magazine readers. The technology’s well on its way. Some companies showed a video that a smartphone was folded into a tablet.

Overview of the Flexible Display Unit

A picture of a flexible screen with a organic light emitting diode used to make flexible displays

Companies that developed Flexible Displays

Flexible Display Products

Researchers of Flexible Displays

END OF PRESENTATION