Electroluminescent display ppt online

Data Presentation Elements Muhajir Ab. Rahim School of Mechatronics Engineering Northern Malaysia College University of Engineering.

this problem is avoided with digital display Digital Display Digital display enables to show i) character (aplhanumeric= alphabetical + numerical information) ii) graphic (line diagrams, graphs, waveforms, bar charts, etc.,) Current, digital display technology i) Light emitting diode/is used to obtain a graphic display Lower operating voltage, lower power consumption, good viewing angles (flat screen) 4. Electroluminescence Displays (EL) Light is emitted, due to (electroluminescence effect) when a voltage is/


Engineering Chemistry (revised edition) ISBN: 978-81-265-4475-2 Copyright©2014 Wiley India Pvt. Ltd. All Rights Reserved.

architectures are used to obtain efficient near infrared photoluminescence and electroluminescence using a three-dimensional p conjugation. 5.SAMs are highly/ living organisms), nanoparticles found in magnetotactic bacteria (use earth’s magnetic lines to orient themselves and move in the direction of nutritional or chemical/Fabricate lighter and stronger military equipment using nanomaterial composites. 4.Revolutionise display technologies allowing bright images, light weight, less power consumption and /


Greg Humphreys CS445: Intro Graphics University of Virginia, Fall 2003 Raster Graphics and Color Greg Humphreys University of Virginia CS 445, Fall 2003.

Ray Tube (CRT) Figure 2.4 from H&B Liquid Crystal Display (LCD) Figure 2.16 from H&B Display Hardware Video display devices »Cathode Ray Tube (CRT) »Liquid Crystal Display (LCD)  Plasma panels  Thin-film electroluminescent displays  Light-emitting diodes (LED) Hard-copy devices  Ink-jet /X,Y,Z coordinates Measuring Color Colorimeters measure the X, Y, and Z values for any color A line between the “white point” of the chromaticity diagram and the measured color intersects the horseshoe curve at exactly/


DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING Koushik Roy Bidhan kumar Majhi Guide: Subhajit Dinda Ankan Bhattacharya Prakash Kumar.

supply is a circuit which converts the Ac wave form of power lines to direct voltage of constant amplitude. An ideal regulated power supply is/device, releasing energy in the form of photons. This effect is called electroluminescence. Electroluminescence (EL) is an optical and electrical phenomenon in which a material /light. WORKING OF LED 4. DISPLAY A seven-segment display, is a electronic display device for displaying decimal numerals. A seven segment display is composed of seven elements. Individually/


Special-Purpose Diodes. Objective of Lecture What is Diode element ? Ideal Vs Practical Diodes Special Diodes Application of Diodes.

injected to p to promote recombination Recombination produces light!! Optical Diodes Electroluminescence, the process of emitting photons from a parent material (substrate), is/ photons as visible light. Its purpose is for indication and other intelligible displays. Various impurities are added during the doping process to vary the color/ nearly constant voltage across its terminals over a specified range of currents.  Line regulation is the maintenance of a specific voltage with changing input voltages.  /


CHAPTER 3 Special-Purpose Diodes. Chapter Objectives:  Describe the characteristics of a zener diode and analyze its operation  Explain how a zener.

material permits the photons to be emitted as visible light - electroluminescence -Various impurities are added during the doping process to establish the/ & readout displays on a wide variety of instruments, ranging from consumer appliances to scientific apparatus.  Common type of display device using LEDs – 7-segment display. by forward/nearly constant voltage across its terminals over a specified range of currents.  Line regulation is the maintenance of a specific voltage with changing input voltages. /


1 Organic Light-Emitting Diodes: Basic Concepts Basic Concepts Bernard Kippelen.

Market in the information-oriented society 5 Flat panel display technologies Liquid Crystal Displays - Backlight - High power consumption - Limited /range Advantages 8 Introduction to organic electroluminescence 9 Charge and Energy Transfer 10 Anode Cathode ETL HTL + + Energy TPDX + + AlQ - TPDX + AlQ * Introduction to organic electroluminescence 11 ECEC EAEA //sr.m 2 ]  : angle between the normal of the surface and the line of sight. Radiance: power per unit area per unit of projected solid angle A /


Emerging Markets For Gold Dot Technology Faculty Mike McCarthy Derek Dunn-Rankin Haris Catrakis Liaison William Crumly Gail Miller James Breunan Eric Jensen.

Skin interaction Pain management Electro-Chemical Processes Ion generation Pattern etching Array Sensors Temperature Position Pressure Display Plasma Electroluminescent Thermocouple - a temperature-measuring device formed by joining the ends of two strips of dissimilar metals/ and application for a product in the Biological market that uses Gold Dot technology Proposed Time Line Week 7Week 8Week 9Week 10 Final Presentation Develop Specifications Apply Gold Dot technology Generate Conceptual designs /


Visita Grupo VITRO Lunes 14 de Abril de 2008. ACADEMIC INSTITUTIONAL PROGRAM OF NANOTECHNOLOGY **** PRINATEC Coordinator: Dr. Daniel Glossman-Mitnik.

(LEDs). The 21st century is seeing a big revolution in the way information is displayed electronically. Organic electroluminescent displays based on OLEDs on rigid or flexible substrates are envisioned to play a significant if not major role in /, about 80%, that is, 29 students have presented a M.Sc. or Ph.D. Thesis related with the Nanotechnology research lines of CIMAV. Thanks for your attention!!! Dr. Daniel Glossman-Mitnik Coordinator of the Academic Institutional Program of Nanotechnology Phone: (614)/


CHM 434F/1206F 2007 SOLID STATE MATERIALS CHEMISTRY Geoffrey A. Ozin Materials Chemistry and Nanochemistry Research Group, Chemistry Department, 80 St.

in molecules ASSIGNMENT 2: Due 11th October 2007 SOLIDS THAT INFLUENCED THE MATERIALS WORLD AND WHY? Give a brief 1-3 line descriptor for 20 of the materials in the list that illuminates the key features of each material that were responsible for the impact/formation and a novel material that is photo- and electroluminescent? 40. Using porous silicon how would you build an array of color tunable LEDs on a Si wafer that could be used for a flat panel display? 41. How would you make an alumina or silicon/


1 Chemical Sensors 報告學生:陳天文 授課老師:吳坤憲 半導體感測元件 報告 2 Outline І. Introduction Ⅱ. Electrochemical Sensors Ⅲ. Biological Sensors Discussion and Questions Ⅳ.

indicating electrode. 3.Reference electrode. 4.Electrolyte containing material to be measured. 5. High impedance potentiometer. 6. Display unit. 7. Operational amplifier current follower. 8. Comparator circuit. 15 Ⅱ. 電化學感測器之 - Ion Selective Electrode &/ Nanosensor Devices - Porous Silicon Properties Electroluminescence Electroluminescence Reflectivity Reflectivity Conduction Conduction 55 Current /line between what is science fiction and science fact Fine line between what is science fiction and science fact


ECE101 Section 5 “Gadget Lab” Lecture 2: Light and Motion Dr. Cindy Harnett ECE Dept.

light source Typical: 1.5-3V voltage, 20 mA current. Other options: incandescent lamps, electroluminescent lamps, laser diodes, organic LEDs, vacuum fluorescent displays, backlit LCD panels, cold cathode fluorescent lamps, plasma and more Tiny, multicolor surface mount / a microcontroller to communicate with most TVs Persistence-of-Vision devices create a large display from a line of LEDs Firefly project/ Electroluminescent Lamp project let you experiment with light http://www.instructables.com/id/Ultra-TV-/


W.Skulski Laboratory for Laser Energetics, Rochester, 22 September 2004 Wojtek Skulski Department of Physics and Astronomy University of Rochester From.

for PHOBOS at RHIC. Time Equalizer electronics. Universal Trigger Module for on-line trigger. Research and student projects at UofR. Electronics for Dark Matter Search/-mesons # BC-400 5” x 6” & phototube Experiment control and data display Digitizer board # Daniel Miner University of Rochester Summer 2003 REU Example of pulse/report.html Primary scintillation in liquid phase. Secondary scintillation in gas phase (electroluminescence). Signal/background discrimination is derived from ratio S1/S2 and from S1 /


Electrical Power Utilization - LEDs Pranav Deshpande Dhiraj Deshmukh Vamsi Sriram Ashlesha Dupare Preethi Eashwar BT14EE021 to BT14EE025 Guide: Dr. S.S.

credited as the inventor of electroluminescence.  1951 - The /display technology for televisions and tablets and mobile phones as well.  Nowadays LED screens are available as well. Signs and Hoardings:  Full Color Video Screen.  Traffic Lights : For stop,look and go actions. Automative Applications:  Interior Lighting - Instrument Panels & Switches.  Exterior Lighting - CHMSL, Rear Stop/Turn/Tail  Truck/Bus Lighting - Retrofits, New Turn/Tail/Marker Lights  Daylight sensor  Bar Code Readers  Line/


CG Architectures, Image Formation, and Models Angel, Chapter 1 CSCI 6360/4360.

and horizontal conducting ribbons apply voltage to two ribbons to make plasma glow –Thin-film electroluminescent displays similar, but phosphor instead of gas –LEDs matrix of diodes, one per pixel apply /++, Java, … - “graphics” programs Graphics API - OGL, DirectX, … Window. Sys. API - MS Wind., X Wind., … Graphics hardware - Algs for lines, … - Programmable - (co)processor - Timed voltages output GLUT - “convenience” Graphics Pipeline - GLSL Graphics Library/Package OpenGL Things to program in OpenGL: 1. /


Chapter 9 – MSI Logic Circuits Copyright © 2011, 2007, 2004, 2001, 1998 by Pearson Education, Inc. Upper Saddle River, New Jersey 07458 All rights reserved.

LCDs. Newer displays are called active matrix TFT LCDs. –An active element on the display is used to switch pixels on and off. Other display technologies—vacuum fluorescent, gas discharge plasma, and electroluminescence. –Optical physics for each of these displays varies. The means/11/e Ronald J. Tocci, Neal S. Widmer, Gregory L. Moss 9-8 Demultiplexers (Data Distributors) A 1 line to 8 line demultiplexer. Copyright © 2011, 2007, 2004, 2001, 1998 by Pearson Education, Inc. Upper Saddle River, New Jersey /


CG Architectures, Image Formation, and Models Angel, Chapter 1 CSCI 6360.

and horizontal conducting ribbons apply voltage to two ribbons to make plasma glow –Thin-film electroluminescent displays similar, but phosphor instead of gas –LEDs matrix of diodes, one per pixel apply /++, Java, … - “graphics” programs Graphics API - OGL, DirectX, … Window. Sys. API - MS Wind., X Wind., … Graphics hardware - Algs for lines, … - Programmable - (co)processor - Timed voltages output GLUT - “convenience” Graphics Pipeline - GLSL Graphics Library/Package OpenGL Things to program in OpenGL: 1. /


The 20th centurys greatest engineering achievements

which generated a beam of electrons and used electrical or magnetic forces to steer the beam across a surface—in a line-by-line scanning pattern if desired. In 1908 a British lighting engineer, Campbell Swinton, proposed using one such tube as a /William Moggridge of GRiD Systems Corporation in England. The GRiD Compass 1109 has 340 kilobytes of bubble memory and a folding electroluminescent display screen in a magnesium case. Used by NASA in the early 1980s for its shuttle program, the "portable computer" /


1.  The primary output device in a graphics system is a video monitor. These monitors are based on Cathode Ray Tube (CRT) design.  CRT is a vacuum tube/electron.

position on the top scan line and starts again. 19  CRT monitors are being replaced by flat-panel devices.  Flat panel devices have: - less weight than CRT’s - less power requirements than CRT’s - are thinner than CRT’s  Flat panel devices are used in TV monitors, laptops, calculators, video games, etc. 20  Plasma Panel displays  Thin-film electroluminescent displays  Light emitting diode (LED/


Organic Light-Emitting Diodes (OLED)

opened up a novel possibility for their use in optoelectronic devices . ex:display 有機基板顯示器 螢光筆 zh.wikipedia.org In particular, the luminescence and unique semiconducting/ extensive study of OLEDs for the past 20 years, electroluminescent(EL, 電致發光) materials have usually been classified by one of two mechanisms, fluorescence(螢光) or phosphorescence(磷光), /3(a) and 3(b) show transient PL decay and fluorescence (black line) and delayed fluorescence , 延遲螢光(red line) spectra of 6 wt %-PIC-TRZ2 doped(摻雜) into a 1,3-bis(/


FAULT LOCALIZATION TECHNIQUES I EMT 361 SCHOOL OF MICROELECTRONIC ENGINEERING KUKUM.

=RIE, LASER Schematic diagram & die lay-out of the device laser cutter - metal lines to be burned open for convenient isolation of nodes from one another Eye and hand coordination,/are not limited to : 1) detection of previously unknown or undetectable electroluminescence ; 2) detection of avalanche luminescence from junction breakdowns,junction defects, currents due to saturated MOS /at R 1 or shorts at C 1 or C 1. A curve-tracers display shows the current-vs.-voltage plot from tests on the RF input pin of/


Computer Graphics Prof. Muhammad Saeed Dept. of Computer Science & IT Federal Urdu University of Arts, Sciences and Technology.

example, DLP Cinema systems can reproduce over 35 trillion colors. Hardware IV Computer Graphics EL Display: One Color Fits All Electroluminescent display uses a common-color phosphor emitter (blue) Color filters (stripes) provide R, G, B imaging Matrix of/Sc.& IT16 Vector Graphics Plotters How to generate an image using vectors A line is represented by endpoints (50,50) to (120,150) The points along the line are computed using a line equation y = mx + b Hardware IV Computer Graphics FUUASTDept. of /


L 13: 6.111 – Spring 2004 1 Introductory Digital Systems Laboratory L13 - Video Slides 2-10 courtesy of Tayo Akinwande Take the graduate course, 6.973.

Displays Electroluminescence (Light Emitting Diode), Cathodoluminescence (Cathode Ray Tube) Photoluminescence (PLasma Displays) L 13: 6.111 – Spring 2004 4 Introductory Digital Systems Laboratory Light Valve Displays Light Valve Displays spatially and temporally modulate the intensity pattern of the picture elements (pixels) Displays/picture (snapshot).  It is made up of many lines.  Each frame has a synchronizing pulse (vertical sync).  Each line has a synchronizing pulse (horizontal sync).  Brightness /


L 14: 6.111 – Spring 2005 1 Introductory Digital Systems Laboratory L14 - Video Slides 2-10 courtesy of Tayo Akinwande Take the graduate course, 6.973.

Displays Electroluminescence (Light Emitting Diode), Cathodoluminescence (Cathode Ray Tube) Photoluminescence (PLasma Displays) L 14: 6.111 – Spring 2005 4 Introductory Digital Systems Laboratory Light Valve Displays Light Valve Displays spatially and temporally modulate the intensity pattern of the picture elements (pixels) Displays/picture (snapshot).  It is made up of many lines.  Each frame has a synchronizing pulse (vertical sync).  Each line has a synchronizing pulse (horizontal sync).  Brightness /


Lecture 5 Video and Sound.

phosphor to produce light Plasma monitor Gas is excited to produce light Paper White Display NASA -Electroluminescent displays Plasma Monitors Monitor Specifications Monitor Specifications can be judged through, Size Resolution Refresh rate/ Reduction in the workload of CPU Graphics GPU Video Card - GPU Operations: bitmap transfers, painting, window resizing and repositioning, line drawing, font scaling and polygon drawing etc. Some GPUs have image enhancement algorithms built-in. Video Card - GPU Some of/


1 Chapter 7 Input/Output Technology. 2 Systems Architecture Chapter 7 Chapter Goals Describe manual input devices and how they are implemented. Explain.

liquid crystals sandwiched between two polarizing panels. Passive Active Matrix Display – shares transistors among rows and columns of pixels. 39 Systems Architecture Chapter 7 Video Display Electroluminescent Displays – similar to construction of LCDs. Color is generated with three/Chapter 7 Printers and Buffers 47 Systems Architecture Chapter 7 Printers and Plotters Plotters A printer that generates line drawings on wide sheets or rolls of paper. Paper is mounted within a paper control mechanism that/


Graphics Graphics Korea University cgvr.korea.ac.kr Raster Graphics 고려대학교 컴퓨터 그래픽스 연구실.

colors? CGVR Graphics Lab @ Korea University cgvr.korea.ac.kr Display Hardware Video Display Devices Cathode Ray Tube (CRT) Liquid Crystal Display (LCD) Plasma panels Thin-film electroluminescent display Light-emitting diodes (LED) Hard-Copy Devices Ink-jet printer Laser/1 Slope < -1  Unit y interval = -1 x1 y1 x2 y2 CGVR Graphics Lab @ Korea University cgvr.korea.ac.kr Bresenham’s Line Algorithm Midpoint Line Algorithm Decision variable d > 0 : choose NE  : d new = d old +a+b d <= 0 : choose E  : d/


LEED LEADERSHIP IN ENERGY & ENVIRONMENTAL DESIGN.

during day and night by combining traditional surface decoration with modern display technologies which allow the building to communicate the changing weather cycles/ natural dawn that eases you into your day. LightSleeper Bedding uses electroluminescent technology allowing traditional textile surfaces to become a reactive light source LightSleeper/and comfortable guest rooms with sophisticated details and outfitted with top-of-the-line technology. COMMERCIAL LEED – FELIX HOTEL An upscale design that is warm,/


CMPE 466 COMPUTER GRAPHICS

from top to bottom Each row is referred to as a scan line Figure 2-6 A raster-scan system displays an object as a set of discrete points across each scan line. Frame buffer, pixels, and bit planes Picture definition is stored in / intersection of conductors break down into a glowing plasma of electrons and ions Flat-panel TFEL displays Figure 2-11 Basic design of a thin-film electroluminescent display device. The region is filled with phosphor doped with manganese. Electrical energy is absorbed by manganese/


Chapter 3 Interfaces Between You and the Computer © The McGraw-Hill Companies, Inc., 2000 Input/Output Hardware.

input devices FAX machines –facsimile transmission machine scans an image, then sends those electronic images over telephone lines Imaging systems –Image or graphic scanners convert text, drawings, photographs into digital form which can then be/ McGraw-Hill Companies, Inc., 200042 CCI Flat-Panel Screens Thinner, less weight Technologies used include: –Liquid crystal display (LCD) –Electroluminescent display (EL) –Active-matrix or dual-scan (passive-matrix) using transistors Ch 3© The McGraw-Hill Companies,/


1 From Introduction to Solid State Lighting A. Zukauskas, M. S. Shur, and R. Gaska, Copyright © Wiley (2002). Used by permission of John Wiley and Sons,

60%. High pressure leads to collision broadening of the line spectra. The resulting wide emission bands considerably improve the color/of John Wiley and Sons, Inc. http://nina.ecse.rpi.edu/shur/ ELECTROLUMINESCENCE IN HIGH BRIGHTNESS LEDs 73 From Introduction to Solid State Lighting A. Zukauskas/edu/shur/ LED Applications Signals and Displays POWER SIGNALS Traffic Lights Automotive Signage Miscellaneous Signage DISPLAYS Alphanumeric Displays Full Color Video Displays 123 From Introduction to Solid State/


Visually Coupled Systems Hardware and the Human Interface Presented By Padmashri & Sogra.

Sources -Lasers -Electroluminescent Displays -Field-emission Displays -Miniature CRT Image sources for HMD (contd.) Non-emissive Display Image Sources -Subtractive color Liquid Crystal Displays Helmet/Head Tracking systems Visually coupled systems(VCS) &VRS have their visual interface to the human driven by: Head orientation and position(HOP)information –Transmitters and receivers –Ultrasonic, magnetic or light energy –Simple sighting reticle Eye Line-of-sight (LOS) information Parameters/


The Center for Advanced Microelectronics Manufacturing

) - $1.7M Federal Government -- NASA and DoD: $8M for R2R line infrastructure, prototypes for space and defense applications -- Peer reviewed grants Industrial Memberships --/Manufacturing Systems Wrinkling of the Multi Layered Laminate for Flexible Display During Processing and Thermal Loading Oxygen and Moisture Barrier Coatings/ and interactive with the Binghamton University and CAMM research programs. Electroluminescence and Photovoltaic Response in Ionic Junctions Made with Soft-Contact Lamination/


Spectrochemical Measurements

(bioluminescence) methods The energy changes that occur during excitation (dashed lines) or emission (solid lines) Typical spectrum Addition of thermal, electrical or chemical energy causes / are produced by chemical reactions, and the resulting emission is measured. Electroluminescence It results from the movement of electrons in a sample and may /or charge. Normally, the output of the signal processing system to be displayed on the readout device is an electrical voltage Generally, analyte and background/


ISF Certification Course Outline. ► Communication Theory, Analog or Digital ► Any systems approach to electronic imaging dictates that TV signals and.

TV from John Logic Baird’s 28 line spinning disc in 1923, the 1935 343 line RCA system, the 1936 RMA 441i/30 to the 1941 NTSC 525 line we watch now & HDTV ► How Many Lines Do We need! ► ISO 12233 Standard/ & Cons ► DisplayPort ► What – When – Why? ► Gamma Revisited – How every display should respond to our sources, when 50%=18%, 25%=3% ► New Technologies….. ► Light Valves – Small Modulators ► New Technologies ► Back-lit ► Electroluminescent ► Plasma ‘Seasoning” ► LEDs from N.E.D.O. ► IMLED ► Thinking In /


ELEKTRONIKOS ĮTAISAI 2009 VGTU EF 1 INFORMACIJOS ATVAIZDAVIMO ĮTAISAI.

pan. 1.Analog display devices (cathode-ray tubes) Oscilloscope tubes TV CRTs 2.Digital display devices LED (including OLED) displays VF (vacuum fluorescent ) displays LCD (liquid crystal) displays Nixie tube displays and PDPs (plasma display panels) Electroluminescent displays (ELDs) 3.Others/being developed. The use of TN type LCDs in simple matrix drive displays causes the contrast to drop as the number of scan lines of the image displayed is increased. To compensate for this, new types of LCDs are being/


Product Training Session-1

tube is lined with phosphorescent material (mostly phosphorous). In the base of the bulb, There is an electronic ballast that boosts the line voltage /an LED TV. An OLED is Organic light emitting diode which emissive electroluminescent layer is composed of a film of organic compounds. OLED invented by /and mounting accessories, and tools under the classification --- Optoelectronics and Display http://www.newark.com/optoelectronics-displays Selection of products on our webpage Featured Products linked on the /


UNIT I 2D PRIMITIVES INTRODUCTION 1 SNSCE/IT/ARUNA.

CRT) SNSCE/IT/ARUNA 29 Raster-Scan Displays SNSCE/IT/ARUNA 30 Random-Scan Displays SNSCE/IT/ARUNA 31 Color CRT Monitors Flat-Panel Displays SNSCE/IT/ARUNA 32 Liquid crystal displays (LCD) Plasma panels Electroluminescent panels (ELD) Light-emitting diode display (LED) SNSCE/IT/ARUNA 33 Three/, Attribues, transformations, viewing, subdividing pictures, or general control.  Graphics output primitives - points, straight lines, curved lines, filled color areas (usually polygons), and shapes SNSCE/IT/ARUNA 49


Chapter 3 Interfaces Between You and the Computer Computer Components & Networks, 2002 Input/Output Hardware.

Components & Networks, 200238 CCI Human-Biology Input Devices Identification through fingerprint, voice intonation, retinal image Line-of-site systems Cyber gloves and body suits Ch 3© Computer Components & Networks, 200239 CCI / Computer Components & Networks, 200252 CCI Flat-Panel Screens Thinner, less weight Technologies used include: –Liquid crystal display (LCD) –Electroluminescent display (EL) –Active-matrix or dual-scan (passive-matrix) using transistors Ch 3© Computer Components & Networks, /


Chips Ahoy! – The path to Programmable Components

the type of format that you like to work with Direct control (basic input and output commands) Flow Charts Line based code Software Platform No Computer…… MAC Windows MAC & Windows Several can be obtained in schools for free/Transistor circuits Brian P Smith Designing with Transistors Brian P Smith Output Components / Systems Displays LEDs Standard Bi-colour RGB Neopixel Bulbs LCDs Electroluminescent panels Sound Speakers Buzzers Piezo transducers Motors DC motor Servo motor Standard 180° Continuous rotation/


© 2013 by the McGraw-Hill Companies, Inc. All rights reserved. Chapter 2B Output Devices.

–Paper-white displaysElectroluminescent displays (ELDs) –Plasma displays 5 5 © 2013 by the McGraw-Hill Companies, Inc. All rights reserved. Comparing Monitors Some factors worth considering:Some factors worth considering: –Size –Text display –Image display –Resolution - the number of pixels displayed on the screen/ paper Plotters are used to print large-format imagesPlotters are used to print large-format images Line printers uses a wide print headLine printers uses a wide print head Band printers uses a /


Fachgebiet 3D-Nanostrukturierung, Institut für Physik Contact:

image of a typical device is shown in b. Images of the RT electroluminescence produced in forward bias from these hybrid structures (b) exhibit strong emission from/arrays capable of emitting a wide range of colors, used in flat displays. Field-emission Display (FED) Since the discovery of CNTs, much attention has been paid/presents the emission current data plotted in the Fowler– Nordheim coordinates, wherein the dashed line represents a linear relationship for an ideal field emitter. WO 3 1-D nanostructures/


—————————————————————————————————————————— Design of Interactive Computational Media Jan.-Apr. 2003 ©1992-2003, Ronald M. Baecker Slide 7.1 The Design.

Output Technology SCREENRefreshedStorage Random scanVector displaysDirect view storage tube Raster scanDigital video displayLiquid crystal displays Electroluminescent displays Plasma panels PAPERRefreshedStorage Random scanPen plotter Raster scanLaser printer Ink jet printer Dot / M. Baecker Slide 7.40 Tablet Dialogues with Mouse and Pen Setting values –Graphical potentiometers –Rubber band lines, rectangles, or anythings –Application of constraints (see video) Inking and painting –Equal space, equal time,/


—————————————————————————————————————————— Design of Interactive Computational Media Sep.-Dec. 2002 ©1992-2002, Ronald M. Baecker Slide 7.1 The Design.

Output Technology SCREENRefreshedStorage Random scanVector displaysDirect view storage tube Raster scanDigital video displayLiquid crystal displays Electroluminescent displays Plasma panels PAPERRefreshedStorage Random scanPen plotter Raster scanLaser printer Ink jet printer Dot / M. Baecker Slide 7.40 Mouse and Pen on Tablet Dialogues Setting values –Graphical potentiometers –Rubber band lines, rectangles, or anythings –Application of constraints (see video) Inking and painting –Equal space, equal time,/


Key Features Android v5.0 (Lime Pie) OS Dust-proof, Water Resistant, Scratch Proof 4G (Fourth Generation) Nano Sim 64 GB Internal Memory and 4 GB RAM.

a massive 642 pixels per inch and without any jagged edges. TThe display ensures that the lines between reality and entertainment are blurred all packed into the slimmest of bodies. U/Use it in the rain or take it to the pool side without worry about messing it up for the device is built to be waterproof. OLED Display AAn OLED ( organic light-emitting diode ) is a LED in which the emissive electroluminescent/


Paul E. Burrows PhD Energy Sciences and Technology Directorate Manager, Nanoscience and Technology Initiative Pacific Northwest National Laboratory OLEDs:

Overlaid Trajectory Frames Dynamical trajectory shows quinolate ring motion about Al coordination Organic Electroluminescence 2. Excitons transfer to luminescent dye 1. Excitons formed from combination /Emitting Device Structures.“ Appl. Phys Lett. 71, 3033 (1997) Courtesy Universal Display Corporation OVPD scaleup vs thermal evaporation Substrate Showerhead Shadow Mask Highly efficient deposition / production lines with minimal downtime u Supply infrastructure?? Materials purity assay etc. u/


Innovations In Electro-Optical Camouflage PROJECT CHAMELEO Richard N. Schowengerdt Lev I. Berger Joint Venture - Questant Enterprises, Costa Mesa, California.

OE LCD * DG CCDC DG 1 5 Combinations of above could vary depending upon circumstances * Other current shields (displays) are electroluminescent and plasma Spiral Development Most Economical Way To Achieve Goals 2005 2010 2015 2020 2025 2030 Years Cost $ B 1/don’t see anything except a tall building and a red car over there... Enemy Observer Camera Digital Processor Observer line of sight Portable Shield - Could be either flat or semicircular screen depending upon distance to observer and other tactical /


A UDIO -V IDEO S YSTEM P RESENTATION T OPIC : HDTV 3 DTV OLED TV M ADE BY : D EEPIKA KUDDANNAYA S ANGEETA CHANDEL A BHISHEK DUBEY A DITYA MOHANTA.

i for interlaced scanning. Progressive or non-interlaced scanning is a method for displaying, storing or transmitting moving images in which all the lines of each frame are drawn in sequence. S CANNING SYSTEM Interlaced is a/OLED ) O LED TV Uses organic light emitting diode(OLED). Emerging Technology for displays in devices. Main principle behind OLED technology is electroluminescence. Offers brighter, thinner, high contrast, flexible displays. W HAT IS AN OLED? OLEDs are solid state devices composed of thin/


Welsh Centre for Printing and Coating Plastic electronics for Smart Packaging Dr. Davide Deganello Contact

materials Millenium lasers Timsons Ltd Display/Lighting Technologies Electroluminescence Lighting: Commercial reality Flexible, thin, lasting... Continuous progress Current limit: High AC Voltage http://www.youtube.com/user/Swanseaprinting Display/Lighting Technologies Novel solution: Printable/1 p) Issue : connecting silicon to plastic R2R Pick&Place machines What about Intelligence? Fine lines <10um Not for mass-production Research in advanced microcircuits New equipment at WCPC: Aereosol printer Improving/


New Product Design. New Product Development Definition New Product Development is a process which starts from a motivating goal, moves through an idea.

times companies and organization are formed to create stability and new product teams often envisioned as renegades and redefine product line, and perhaps basic philosophy New Product Ideas - Ways to Generate Them Organization needs to develop new products for its/ (lumens) Position 1 2 3 4 5 Conventional Reading I made up this metric Night Lights Product Example Electroluminescent Displays V AC seal dielectric film electrode glass phosphor layer Application of an electric field causes visible light to be /


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