Carbon TVs to edge out liquid crystal, plasma? By Michael Kanellos Staff Writer, CNET News
|
|
- Winifred Baldwin
- 5 years ago
- Views:
Transcription
1 1 of 2 11/8/ :52 PM CNET News January 5, :00 AM PST Carbon TVs to edge out liquid crystal, plasma? By Michael Kanellos Staff Writer, CNET News Related Stories You can find carbon in coal and tennis rackets, and a few years from now, it could run your TV. Toshiba adds new TV tech to the mix December 7, 2004 Flat-panel TVs can't topple tubes--just yet December 2, 2004 Well-funded display developer downscales December 14, 2001 Various companies are currently trying to perfect the technology behind a new type of flat-panel display that will rely on diamonds or carbon nanotubes--two forms of pure carbon--to produce images. Theoretically, these "field emitter displays," or FEDs, will consume less energy than plasma or liquid crystal display (LCD) TVs, deliver a better picture and even cost less. The development of FEDs underscores the rapid changes taking place in what had been a relatively staid TV market. Once dominated by a few Japanese manufacturers, the television market now includes a wide variety of companies, including Dell, Hewlett-Packard and Westinghouse. If successful, FEDs could even render the new TVs being shown off this week at the Consumer Electronics Show (CES) in Las Vegas as has-beens. "The concept of a nanotube TV will give you image quality similar to CRTs (cathode ray tubes), and the best image quality is still found on CRT TVs," said Tom Pitstick, vice president of marketing at Houston's Carbon Nanotechnologies. "All the major display manufacturers are looking at nanotube TVs." Electronics giant Samsung has already produced a prototype of a TV-size display made with CNI's nanotubes. Televisions based on the new screens will nudge onto shelves in late 2006, he added. Meanwhile, Advance Nanotech, in collaboration with the University of Bristol, is developing a similar panel that relies on specially doped diamond dust. The company hopes to have working prototypes in 18 months to two years.
2
3 2 of 2 11/8/ :52 PM So far, some of the biggest proponents of this approach could be Canon and Toshiba. The two manufacturers have formed a joint venture to make surface conduction electron emission (SED) panels, and Toshiba will produce large-screen SED televisions in Although Canon and Toshiba's description of SEDs is very similar to that of FEDs, the two companies are using a different particle than carbon, industry analysts said. Technological hurdles remain, and delays are also inevitable. In 2003, some said nanotube-based televisions could possibility come out in But that goal is still a pipe dream for many. Candescent, for example, once touted as America's re-entry into the display industry, burned through $600 million in funding before abandoning plans to produce FEDs made with materials other than carbon in It sold its assets to Canon in August 2004, two months after filing for voluntary reorganization under Chapter 11. Then there is the problem of previous investment. "It is hard to imagine you can break into an industry where LCD investment is going like crazy," said Paul Semenza, vice president of display research at isuppli. "It is hard to be optimistic." Matthew Nordan of Lux Research agreed, predicting that companies may hold off until 2006 to build plants for mass production of nanotube-based televisions starting in 2008 or The science behind the display FEDs, in a sense, are a hybrid of CRT televisions and LCD televisions. In a CRT, an electron gun at the back of a large vacuum tube shoots electrons at a piece of phosphor-coated glass divided into points. The phosphor creates light from the See more CNET content tagged: CONTINUED:... nanotube, surface-conduction electron emitter display, nanotube TV, CRT, Page 1 2 carbon
4 1 of 2 11/8/ :53 PM CNET News January 5, :00 AM PST Carbon TVs to edge out liquid crystal, plasma? By Michael Kanellos Staff Writer, CNET News Related Stories Toshiba adds new TV tech to the mix December 7, 2004 Flat-panel TVs can't topple tubes--just yet December 2, 2004 Well-funded display developer downscales December 14, 2001 (continued from previous page) energy of the electrons, and the light that emerges on the other side of the glass forms the picture. An LCD panel, by contrast, is created by sandwiching layers of components, such as transistors, crystal silicon and various filters, between two pieces of glass. Images are displayed when an electrical charge is sent through the panel, shifting the positions of the crystals. A light source behind the panel brightens the image and the pixels, depending on their positions, and blocks light or permits it to pass through, creating an image. The images produced by CRT tubes are crisper and aren't subject to the shifting and ghosting of LCD screens. However, the electron gun in CRTs requires a large vacuum: the tube in a 30-inch diagonal television is 23-inches deep, though slim CRTs coming next year will only need 16-inch deep tubes. Like an LCD, an FED is made up of layers. A layer of glass is coated with a cathode and a layer of diamond dust coated with lithium or carbon nanotubes. The negatively charged cathode, organized in a grid, then emits electrons through the diamonds or nanotubes, which focus that energy like a tiny lightening rod. But then, like a CRT, the electrons shoot through a vacuum at a layer of phosphorescent glass covered with pixels. The big difference is that the source of electrons, the carbon, is located only 1 millimeter to 2 millimeters rather than nearly 2 feet from the target glass, and instead of one electron source--the electron gun--there are thousands. The electrons are attracted to the pixilated glass because this layer contains a positively charged anode. "This generates light the same way a CRT tube does," said Pitstick, leading to similar picture quality. At the same time, a FED is only slightly thicker than an LCD panel.
5 2 of 2 11/8/ :53 PM Advance Nanotech spokeswoman Liza Mullins described it in lunch terms. "There are two layers of glass (the bread in the sandwich), and some layers of thin material deposited in the inner side of each (butter on the bread), and a near-vacuum gap," she wrote in an . FEDs will consume less electricity than plasmas or LCDs because, among other factors, they will contain fewer electronic parts, Pitstick said. Costs will also decline over time because fairly simple manufacturing processes are used, and FEDs contain fewer chips. Size isn't an issue: A 2004 prototype of a nanotube FED measures 38 inches across, far larger than commercially available LCDs. FEDs, in fact, largely will be incorporated into televisions and large computer monitors, Pitstick said. Toshiba's SED televisions will start at 50 inches. Advance, however, said the technology could be used in screens ranging from 2 inches to 100 inches in diameter. The diamonds or nanotubes do not need to be precisely positioned. Instead, both are scattered randomly in the coating, like sugar crystals in coffee, but enough exist in the mix to ensure that each points in the right direction to transmit electrons. The diamonds are deposited as evenly as possible over the lower layer. "Only those particles which have an emitter structure behind them actually participate in the display function," Mullins said. But getting all of the parts to work well together could be a challenge. The companies have to devise coatings that will let the carbon adhere to the glass. More work needs to be accomplished on the electrodes as well. "All of these technologies have to control a vacuum with a thin cell size over a large area," isuppli's Semenza said. Nonetheless, "it is probably prudent for these guys (large manufacturers) to have people working on this." See more CNET content tagged: nanotube, surface-conduction electron emitter display, nanotube TV, CRT, carbon Previous page Page 1 2
SURFACE CONDUCTION ELECTRON EMITTER DISPLAY (SED)
SURFACE CONDUCTION ELECTRON EMITTER DISPLAY (SED) SEMINAR REPORT Submitted by MANU VIJAY In partial fulfillment for the award of the degree Of BACHELOR OF TECHNOLOGY In COMPUTER SCIENCE ENGINEERING DIVISION
More informationBasically we are fooling our brains into seeing still images at a fast enough rate so that we think its a moving image.
Basically we are fooling our brains into seeing still images at a fast enough rate so that we think its a moving image. The formal definition of a Moving Picture... A sequence of consecutive photographic
More informationThese are used for producing a narrow and sharply focus beam of electrons.
CATHOD RAY TUBE (CRT) A CRT is an electronic tube designed to display electrical data. The basic CRT consists of four major components. 1. Electron Gun 2. Focussing & Accelerating Anodes 3. Horizontal
More informationScreens; media that use additive primaries
Image display Display is the final stage in the image processing pipeline: Continuous scenes are acquired and digitally processed. The display process essentially converts the discrete image back to continuous
More informationDisplay Technologies CMSC 435. Slides based on Dr. Luebke s slides
Display Technologies CMSC 435 Slides based on Dr. Luebke s slides Recap: Transforms Basic 2D Transforms: Scaling, Shearing, Rotation, Reflection, Composition of 2D Transforms Basic 3D Transforms: Rotation,
More informationVARIOUS DISPLAY TECHNOLOGIESS
VARIOUS DISPLAY TECHNOLOGIESS Mr. Virat C. Gandhi 1 1 Computer Department, C. U. Shah Technical Institute of Diploma Studies Abstract A lot has been invented from the past till now in regards with the
More informationSEMI Flat-Panel Display Division Phosphor Technology Center of Excellence TABLE 10 MAJOR ACTIVITIES OF PTCOE Ferroelectric Liquid
INTRODUCTION... XVIII STUDY GOALS AND OBJECTIVES... XVIII REASONS FOR DOING THIS STUDY... XVIII CONTRIBUTIONS TO THE STUDY AND FOR WHOM... XVIII SCOPE AND FORMAT... XIX METHODOLOGY... XIX INFORMATION SOURCES...
More informationDisplay Systems. Viewing Images Rochester Institute of Technology
Display Systems Viewing Images 1999 Rochester Institute of Technology In This Section... We will explore how display systems work. Cathode Ray Tube Television Computer Monitor Flat Panel Display Liquid
More informationPage 1 of 8 Main > Electronics > Computers How OLEDs Work by Craig Freudenrich, Ph.D. Introduction to How OLEDs Work Imagine having a high-definition TV that is 80 inches wide and less than a quarter-inch
More informationReading. Display Devices. Light Gathering. The human retina
Reading Hear & Baker, Computer graphics (2 nd edition), Chapter 2: Video Display Devices, p. 36-48, Prentice Hall Display Devices Optional.E. Sutherland. Sketchpad: a man-machine graphics communication
More informationOLED Status quo and our position
OLED Status quo and our position Information Day 2013 A Deep Dive into the LC&OLED Business Dr. Udo Heider Vice President OLED Darmstadt, Germany June 26, 2013 Disclaimer Remarks All comparative figures
More informationTechnology White Paper Plasma Displays. NEC Technologies Visual Systems Division
Technology White Paper Plasma Displays NEC Technologies Visual Systems Division May 1998 1 What is a Color Plasma Display Panel? The term Plasma refers to a flat panel display technology that utilizes
More informationHigh-resolution screens have become a mainstay on modern smartphones. Initial. Displays 3.1 LCD
3 Displays Figure 3.1. The University of Texas at Austin s Stallion Tiled Display, made up of 75 Dell 3007WPF LCDs with a total resolution of 307 megapixels (38400 8000 pixels) High-resolution screens
More informationDisplay Devices & its Interfacing
Display Devices & its Interfacing 3 Display systems are available in various technologies such as i) Cathode ray tubes (CRTs), ii) Liquid crystal displays (LCDs), iii) Plasma displays, and iv) Light emitting
More informationSep 09, APPLICATION NOTE 1193 Electronic Displays Comparison
Sep 09, 2002 APPLICATION NOTE 1193 Electronic s Comparison Abstract: This note compares advantages and disadvantages of Cathode Ray Tubes, Electro-Luminescent, Flip- Dot, Incandescent Light Bulbs, Liquid
More informationCMPE 466 COMPUTER GRAPHICS
1 CMPE 466 COMPUTER GRAPHICS Chapter 2 Computer Graphics Hardware Instructor: D. Arifler Material based on - Computer Graphics with OpenGL, Fourth Edition by Donald Hearn, M. Pauline Baker, and Warren
More informationDisplays. History. Cathode ray tubes (CRTs) Modern graphics systems. CSE 457, Autumn 2003 Graphics. » Whirlwind Computer - MIT, 1950
History Displays CSE 457, Autumn 2003 Graphics http://www.cs.washington.edu/education/courses/457/03au/» Whirlwind Computer - MIT, 1950 CRT display» SAGE air-defense system - middle 1950 s Whirlwind II
More information1 Your computer screen
U.S.T.H.B / C.E.I.L Unit 7 Computer science L2 (S2) 1 Your computer screen Discuss the following questions. 1 What type of display do you have? 2 What size is the screen? 3 Can you watch TV on your PC
More informationLecture Flat Panel Display Devices
Lecture 1 6.976 Flat Panel Display Devices Outline Overview of 6.976 Overview Flat Panel Display Devices Course website http://hackman.mit.edu Reading Assignment: Article by Alt and Noda, IBM Journal of
More information2.2. VIDEO DISPLAY DEVICES
Introduction to Computer Graphics (CS602) Lecture 02 Graphics Systems 2.1. Introduction of Graphics Systems With the massive development in the field of computer graphics a broad range of graphics hardware
More informationDisplays and framebuffers
Reading Optional Displays and framebuffers Brian Curless CSE 557 Autumn 2017 OpenGL Programming Guide (the red book available online): First four sections of chapter 2 First section of chapter 6 Foley
More informationA Review- on Different Types of Displays
, pp.327-332 http://dx.doi.org/10.14257/ijmue.2016.11.8.33 A Review- on Different Types of Displays Shubham Shama 1, Udita Jindal 2, Mehul Goyal 3, Sahil Sharma 4 and Vivek Goyal 5 1-4Department of ECE,
More informationthe Most Popular Display Technology?
Why is LCD the Most Popular Display Technology? History of Liquid Crystal Display (LCD) As early as 1889, scientists discovered that chemicals such as cholesteryl benzoate, when melted into liquid form,
More informationJoint Development of Ultra-Bright, Inorganic EL Light-Emitting Materials. November 2, 2005 KURARAY CO., LTD.
Joint Development of Ultra-Bright, Inorganic EL Light-Emitting Materials November 2, 2005 KURARAY CO., LTD. Sales Trends of Display-related Products (Kuraray (standalone)) FY1994 FY1999 FY2004 Sales Ratio
More informationProduct Group Report: TFT Screens
Product Group Report: TFT Screens An assessment of the remanufacture of Thin Film Technology (LCD) displays. Written by: John Morrell Date: 2006 (reissued May 2009) Page 1 of 15 Page 2 of 15 Contents 1
More informationCurrent Trends in Electronic Display Technology
Journal of Information & Communication Technology Vol. 2, No. 1, (Spring 2008) 68-75 Current Trends in Electronic Display Technology Engr. Raza Jafri Engr. Wajid Hassan Department of Electronic Engineering,
More information3. Displays and framebuffers
3. Displays and framebuffers 1 Reading Required Angel, pp.19-31. Hearn & Baker, pp. 36-38, 154-157. Optional Foley et al., sections 1.5, 4.2-4.5 I.E. Sutherland. Sketchpad: a man-machine graphics communication
More informationWide color gamut industry issues and market status
Wide color gamut industry issues and market status Son, Seungkyu Richard November 3th, 2016 2 Wide color gamut display, essential for high-end displays With the appearance of products with wide color gamut
More informationThe History of Display Technology
E-Book The History of Display Technology A complete overview of the history of display technology. From the first displays in the late 1900 s to the future of displays A publication by SKY-Technology B.V.
More informationTelevision System. EE 3414 May 9, Group Members: Jun Wei Guo Shou Hang Shi Raul Gomez
Television System EE 3414 May 9, 2003 Group Members: Jun Wei Guo Shou Hang Shi Raul Gomez Overview Basic Components of TV Camera Transmission of TV signals Basic Components of TV Reception of TV signals
More informationApplication Note [AN-007] LCD Backlighting Technologies and Configurations
Application Note [AN-007] LCD Backlighting Technologies Introduction Liquid Crystal Displays (LCDs) are not emissive i.e. they do not generate their own light. Transmissive and transflective displays require
More informationComp 410/510. Computer Graphics Spring Introduction to Graphics Systems
Comp 410/510 Computer Graphics Spring 2018 Introduction to Graphics Systems Computer Graphics Computer graphics deals with all aspects of 'creating images with a computer - Hardware (PC with graphics card)
More informationInnovations in Toshiba s Screen Technologies Table of Contents
Innovations in Toshiba s Screen Technologies Table of Contents Innovations in Toshiba s Display Technologies... 1 The LCD: Today s Display of Choice... 1 The Latest in Notebook and Workstation LCD Technologies...
More informationTypes of CRT Display Devices. DVST-Direct View Storage Tube
Examples of Computer Graphics Devices: CRT, EGA(Enhanced Graphic Adapter)/CGA/VGA/SVGA monitors, plotters, data matrix, laser printers, Films, flat panel devices, Video Digitizers, scanners, LCD Panels,
More informationReading. Displays and framebuffers. Modern graphics systems. History. Required. Angel, section 1.2, chapter 2 through 2.5. Related
Reading Required Angel, section 1.2, chapter 2 through 2.5 Related Displays and framebuffers Hearn & Baker, Chapter 2, Overview of Graphics Systems OpenGL Programming Guide (the red book ): First four
More informationCurrent and Future Display Technology. NBA 6120 Donald P. Greenberg September 9, 2015 Lecture #4
Current and Future Display Technology NBA 6120 Donald P. Greenberg September 9, 2015 Lecture #4 Georges Seurat, A Sunday on La Grande Jatte. 1884-1886 A Pixel Consists of Approximately 2 2/3 Triads A Pixel
More informationDownloads from: https://ravishbegusarai.wordpress.com/download_books/
1. The graphics can be a. Drawing b. Photograph, movies c. Simulation 11. Vector graphics is composed of a. Pixels b. Paths c. Palette 2. Computer graphics was first used by a. William fetter in 1960 b.
More informationGary Mandle Sr. Product Manager Professional Display Products
Gary Mandle Sr. Product Manager Professional Display Products rganic Light Emitting Diode It is: An emissive output o backlight o plasma gasses Self luminous matrix array Created by sandwiching several
More informationPower Consumption Trends in Digital TVs produced since 2003
Power Consumption Trends in Digital TVs produced since 2003 Prepared by Darrell J. King And Ratcharit Ponoum TIAX LLC 35 Hartwell Avenue Lexington, MA 02421 TIAX Reference No. D0543 for Consumer Electronics
More informationComputer Graphics : Unit - I
Computer Graphics Unit 1 Introduction: Computer Graphics it is a set of tools to create, manipulate and interact with pictures. Data is visualized through geometric shapes, colors and textures. Video Display
More informationPLASMA DISPLAY PANEL (PDP) DAEWOO D I G I T A L DIGITAL TV DEVISION
PLASMA DISPLAY PANEL (PDP) DAEWOO D I G I T A L 2002. 5 DAEWOO ELECTRONICS CO., LTD DIGITAL TV DEVISION WHAT IS PLASMA DISPLAY PANEL? 1. PDP refers to plasma display panel. It was named as PDP by the faculty
More informationChapter 1. Introduction. 1.1 Overview of Vacuum Microelectronics and its Applications
Chapter 1 Introduction 1.1 Overview of Vacuum Microelectronics and its Applications 1.1.1 History of vacuum microelectronics Since the first transistor was invented by Bardeen, Brattain, and Shockley in
More informationBlessed Ministry PO Box 2096 Madison, Al March GEEK Weekly
Blessed Ministry PO Box 2096 Madison, Al. 35758 March 2016 GEEK Weekly 1 The Difference Between LCD and LED TVs The Most Important Thing: The Display The one main important thing to remember though is
More informationRequirement for graphic arts display
Requirement for graphic arts display Content Development Division of National Digital Archives Program, Taiwan Date: 95/12/5 中島賢人 : Masato Nakashima Product Manager, Graphic Solutions Overseas Sales &
More informationLecture 8. Display Devices. Cathode Ray Tube (CRT) Liquid Crystal Displays (LCD) Light-Emitting Diode (LED) Gas Plasma DLP
Lecture 8 Display Devices Cathode Ray Tube (CRT) Liquid Crystal Displays (LCD) Light-Emitting Diode (LED) Gas Plasma DLP Display Devices Display technology - CRT or LCD technologies. Cable technology -
More informationLecture Flat Panel Display Devices
Lecture 13 6.111 Flat Panel Display Devices Outline Overview Flat Panel Display Devices How do Displays Work? Emissive Displays Light Valve Displays Display Drivers Addressing Schemes Display Timing Generator
More informationVPL-VW5000ES. Technical Background VPL-VW5000ES
Technical Background Welcome Home theater is undergoing a transformation as dramatic as the change from standard definition to high definition nearly 20 years ago. And Sony s is uniquely qualified to bring
More informationLiquid Crystal Displays
Liquid Crystal Displays Cosmin Ioniţă - Spring 2006 - A brief history 1888 - Friedrich Reinitzer, an Austrian chemist working in the Institute of Plant Physiology at the University of Prague, discovered
More informationReading. 1. Displays and framebuffers. History. Modern graphics systems. Required
Reading Required 1. Displays and s Angel, pp.19-31. Hearn & Baker, pp. 36-38, 154-157. OpenGL Programming Guide (available online): First four sections of chapter 2 First section of chapter 6 Optional
More informationMonitor and Display Adapters UNIT 4
Monitor and Display Adapters UNIT 4 TOPIC TO BE COVERED: 4.1: video Basics(CRT Parameters) 4.2: VGA monitors 4.3: Digital Display Technology- Thin Film Displays, Liquid Crystal Displays, Plasma Displays
More informationFlat Panel Displays: 1. Introduction
OSE-6820 Flat Panel Displays: 1. Introduction Prof. Shin-Tson Wu College of Optics & Photonics University of Central Florida Email: swu@mail.ucf.edu Office: CREOL 280 Phone: 407-823-4763 UCF College of
More informationA Legacy of Digital Excellence
Digital Display Devices A Legacy of Digital Excellence Explore the world of Toshiba home theater... a definitely digital universe. State-of-the-art technology is what you have come to expect from Toshiba,
More information1. Introduction. 1.1 Graphics Areas. Modeling: building specification of shape and appearance properties that can be stored in computer
1. Introduction 1.1 Graphics Areas Modeling: building specification of shape and appearance properties that can be stored in computer Rendering: creation of shaded images from 3D computer models 2 Animation:
More informationChapter 3. Display Devices and Interfacing
Chapter 3 Display Devices and Interfacing Monitor Details Collection of dots Matrix of dots creates character Monochrome monitor screen is collection of 350 *720 350 rows and each rows having 720 dots
More informationCHAPTER 9. Actives Devices: Diodes, Transistors,Tubes
CHAPTER 9 Actives Devices: Diodes, Transistors,Tubes 1 The electrodes of a semiconductor diode are known as anode and cathode. In a semiconductor diode, electrons flow from cathode to anode. In order for
More informationComputer Graphics: Overview of Graphics Systems
Computer Graphics: Overview of Graphics Systems By: A. H. Abdul Hafez Abdul.hafez@hku.edu.tr, 1 Outlines 1. Video Display Devices 2. Flat-panel displays 3. Video controller and Raster-Scan System 4. Coordinate
More informationElectrical & Electronic Measurements: Class Notes (15EE36) Module-5. Display Devices
Module-5 Display Devices Syllabus: Introduction Character formats Segment displays Dot matrix displays Bar graph displays Cathode ray tubes Light emitting diodes Liquid crystal displays Nixies Incandescent
More informationPower wasted without doing anything useful
Vampire Power What is it? Electricity sucked by your appliances and electronics when not being used (even when turned off!) Power wasted without doing anything useful aka: Phantom Power Standby Power Parasite
More informationTipatOr. Liquid metal switch (LMS) display technology. Avi Fogel
TipatOr Liquid metal switch (LMS) display technology Avi Fogel 972-52-5702938 avifog@gmail.com Who is behind TipatOr TipatOr emerged from a merger of 2 expert groups in the fields of MEMS and Displays
More information17. Optical detectors and displays. Optical displays. FPD (Flat panel display)
17. Optical detectors and displays Optical displays FPD (Flat panel display) Display Resolutions High-definition television (HDTV): 720p (1280 720 progressive scan) 1080i (1920 1080 split into two interlaced
More informationGeneral Items: Reading Materials: Miscellaneous: Lecture 8 / Chapter 6 COSC1300/ITSC 1401/BCIS /19/2004. Tests? Questions? Anything?
General Items: Tests? Questions? Anything? Reading Materials: Miscellaneous: F.Farahmand 1 / 14 File: lec7chap6f04.doc What is output? - A computer processes the data and generates output! - Also known
More informationA new technology for artifact free pattern stimulation
A new technology for artifact free pattern stimulation Jacques Charlier, Metrovision 1. Introduction stimulations are widely used in visual electrophysiology to obtain a response specific of ganglion cells:
More informationB. TECH. VI SEM. I MID TERM EXAMINATION 2018
B. TECH. VI SEM. I MID TERM EXAMINATION 2018 BRANCH : COMPUTER SCIENCE ENGINEERING ( CSE ) SUBJECT : 6CS4A COMPUTER GRAPHICS & MULTIMEDIA TECHNIQUES Q 1. Write down mid point ellipse drawing algorithm.
More information:: Reduce needs for heat dissipation components. :: Extend battery life in mobile products. :: Save power and reduce heat generation in TVs
UniversalPHOLED Technology and Materials UniversalPHOLED Phosphorescent OLED technology and materials offer record-breaking performance to bring competitive advantages to your OLED display and lighting
More informationCATHODE RAY OSCILLOSCOPE (CRO)
CATHODE RAY OSCILLOSCOPE (CRO) 4.6 (a) Cathode rays CORE Describe the production and detection of cathode rays Describe their deflection in electric fields State that the particles emitted in thermionic
More informationLIGHT EMITTING POLYMER from
19 Electronics Electrical Instrumentation Seminar Topics Page 2 Introduction-Imagine these scenarios - After watching the breakfast news on TV, you roll up the set like a large handkerchief, and stuff
More informationCharacteristics of the liquid crystals market
Characteristics of the liquid crystals market Information Day 2013 A Deep Dive into the LC&OLED Business Walter Galinat President of Performance Materials Darmstadt, Germany June 26, 2013 Disclaimer Remarks
More informationAdvanced Display Technology (continued) Lecture 13 October 4, 2016 Imaging in the Electronic Age Donald P. Greenberg
Advanced Display Technology (continued) Lecture 13 October 4, 2016 Imaging in the Electronic Age Donald P. Greenberg Cost of HDTV Displays Price $ Plasma Projection TV s LCD s Diagonal Inches Cost of HDTV
More informationCNT FIELD EMISSION CATHODE CATALOG. XinRay Systems Inc. April 2014
CNT FIELD EMISSION CATHODE CATALOG April 2014 Version 1 1 TABLE OF CONTENTS: 1. ABBREVIATIONS... 2 2. INTRODUCTION... 3 3. PRODUCT AT A GLANCE... 6 4. CARBON NANOTUBE (CNT) CATHODE INFORMATION CHART*...
More informationBasic Electronics Prof. Mahesh Patil Department of Electrical Engineering Indian Institute of Technology, Bombay
Basic Electronics Prof. Mahesh Patil Department of Electrical Engineering Indian Institute of Technology, Bombay Lecture - 01 A brief history of electronics Welcome to Basic Electronics. I am Mahesh Patil,
More informationThe Development of Luminance Uniformity Measurement for CNT-BLU Based on Human Visual Perception
The Development of Luminance Uniformity Measurement for CNT-BLU Based on Human Visual Perception Kuo-Hao Tang, Yueh-Hua Lee, Feng Chia University Abstract-- CNT-BLU (Carbon NanoTube backlight unit), an
More informationComputer Graphics Hardware
Computer Graphics Hardware Kenneth H. Carpenter Department of Electrical and Computer Engineering Kansas State University January 26, 2001 - February 5, 2004 1 The CRT display The most commonly used type
More informationOLED vs. LED Lighting
OLED vs. LED Lighting OLED lighting is an energy efficient solid state lighting technology. It has however come to the market second after LED lighting. They have a similar value proposition but LED is
More informationDuke University. Plasma Display Panel. A vanished technique
Duke University Plasma Display Panel A vanished technique Yida Chen Dr. Hubert Bray Math 190s: Mathematics of the Universe 31 July 2017 Introduction With the establishment of the atomic theory, we begin
More informationPart 1: Introduction to computer graphics 1. Describe Each of the following: a. Computer Graphics. b. Computer Graphics API. c. CG s can be used in
Part 1: Introduction to computer graphics 1. Describe Each of the following: a. Computer Graphics. b. Computer Graphics API. c. CG s can be used in solving Problems. d. Graphics Pipeline. e. Video Memory.
More informationPast and future technologies of information displays
Past and future technologies of information displays Kouji Suzuki SED Incorporated, Hiratsuka, Japan Research and Development Center, Toshiba Corporation, Kawasaki, Japan Abstract A concise summary is
More information28 North Lotts, Dublin 1, Ireland Tel: info [AT] phonevolts.com
www.phonevolts.ie 28 North Lotts, Dublin 1, Ireland Tel: 01 8728722 Email: info [AT] phonevolts.com PhoneVolts is owned and operated by GSMsolutions.ie What is an LCD? A liquid crystal display (commonly
More informationLiquid Crystal Display (LCD)
Liquid Crystal Display (LCD) When coming into contact with grooved surface in a fixed direction, liquid crystal molecules line up parallelly along the grooves. When coming into contact with grooved surface
More informationEnergy Consumption in a CE World
2008 ACEEE/CEE Market Transformation Symposium Mark Sharp Panasonic March 31, 2008 1. Popularity of CE products leading to growth in energy use 2. Panasonic commitment to energy efficiency 3. Consumer
More informationComputer Graphics Prof. Sukhendu Das Dept. of Computer Science and Engineering Indian Institute of Technology, Madras Lecture - 5 CRT Display Devices
Computer Graphics Prof. Sukhendu Das Dept. of Computer Science and Engineering Indian Institute of Technology, Madras Lecture - 5 CRT Display Devices Hello everybody, welcome back to the lecture on Computer
More informationPhosphorescent OLED Technologies: The Next Wave. Plastic Electronics Conference Oct 9, 2012
Phosphorescent OLED Technologies: The Next Wave Plastic Electronics Conference Oct 9, 2012 UDC Company Focus IP innovator, technology developer, patent licensor and materials supplier for the rapidly growing
More informationPTIK UNNES. Lecture 02. Conceptual Model for Computer Graphics and Graphics Hardware Issues
E3024031 KOMPUTER GRAFIK E3024032 PRAKTIK KOMPUTER GRAFIK PTIK UNNES Lecture 02 Conceptual Model for Computer Graphics and Graphics Hardware Issues 2014 Learning Objectives After carefully listening this
More information1-Commitment on analogue Cathod Ray Tube based television receivers (CRTTV)
Title of the measure: EU45 EICTA Self-Commitment to improve the energy performance of CRT and flat LCD televisions and stand by mode for DVD players General description The SAVE programme established by
More informationSolid State Devices 4B6
Solid State Devices 4B6 Lecture 13 Projection and 3D displays: LCD, DLP and LCOS Daping Chu Lent 2016 Development of flat panel displays (FPDs) (LCD) in early days 1 A 105 inch TFT-LCD 4k2k curved panel
More informationFlexible Electronics Production Deployment on FPD Standards: Plastic Displays & Integrated Circuits. Stanislav Loboda R&D engineer
Flexible Electronics Production Deployment on FPD Standards: Plastic Displays & Integrated Circuits Stanislav Loboda R&D engineer The world-first small-volume contract manufacturing for plastic TFT-arrays
More informationTechnical background and design options to raise energy efficiency and reduce the environmental impact of TVs
Appliances Guide Get super efficient appliances Technical background and design options to raise energy efficiency and reduce the environmental impact of TVs Author Thomas Götz Published 11/2015 bigee.net
More informationGechstudentszone.wordpress.com
Unit 3: Photodiodes 3.1 Photodiodes Photodiodes are junction semiconductor light sensors that generate current or voltage when the PN junction in the semiconductor is illuminated by light of sufficient
More informationLEDs, New Light Sources for Display Backlighting Application Note
LEDs, New Light Sources for Display Backlighting Application Note Introduction Because of their low intensity, the use of light emitting diodes (LEDs) as a light source for backlighting was previously
More informationDigital Media N ETWORK
Digital Media N ETWORK 21 What happens when work meets play? What lies at the intersection of home and office, where consumer electronics meets information technology? How deeply can each product, each
More informationdecodes it along with the normal intensity signal, to determine how to modulate the three colour beams.
Television Television as we know it today has hardly changed much since the 1950 s. Of course there have been improvements in stereo sound and closed captioning and better receivers for example but compared
More informationGary Sasaki (dĭj-dēa) finding digital living opportunities empowered by digital media. Outline
HDTV Decisions Gary Sasaki www.digdia.com April 2006 (dĭj-dēa) finding digital living opportunities empowered by digital media 1 Outline Confused by all the HDTV Choices? By the end of the presentation
More informationSamsung, LG bet on new display to revive TV sales 20 June 2012, by YOUKYUNG LEE
Samsung, LG bet on new display to revive TV sales 20 June 2012, by YOUKYUNG LEE now look obese next to the most recent ultra-thin TVs. Picture quality has also made giant strides. But for most consumers,
More informationBN-DICT MON04: Domestic Monitors Government Standards Evidence Base 2009: Best Available Technology Scenario
BN-DICT MON04: Domestic Monitors Government Standards Evidence Base 2009: Best Available Technology Scenario Version 1.1 This Briefing Note and referenced information is a public consultation document
More informationCHAPTER 3 OSCILLOSCOPES AND SIGNAL GENERATOR
CHAPTER 3 OSCILLOSCOPES AND SIGNAL GENERATOR OSCILLOSCOPE 3.1 Introduction The cathode ray oscilloscope (CRO) provides a visual presentation of any waveform applied to the input terminal. The oscilloscope
More informationManufacturing Cost Analysis by Display Technology
Manufacturing Cost Analysis by Display Technology Jimmy Kim, Ph.D. Principal Analyst / IHS Markit Technology November 2 nd, 2016 2 LCD, OLED and Flexible Mobile Display 3 OLED trying to catch up LCD for
More informationFASwitch - A MEMS Display Backplane Manufactured by Flex Circuit Methods
FASwitch - A MEMS Display Backplane Manufactured by Flex Circuit Methods Presenter: Dr. Nicholas F. Pasch Rolltronics Corporation 750 Menlo Ave. Menlo Park, CA 94025 npasch@rolltronics.com Introduction
More informationCHAPTER 4 OSCILLOSCOPES
CHAPTER 4 OSCILLOSCOPES 4.1 Introduction The cathode ray oscilloscope generally referred to as the oscilloscope, is probably the most versatile electrical measuring instrument available. Some of electrical
More informationProgress in Display and Lighting Technologies
Progress in Display and Lighting Technologies TANG Ching Wan ( 鄧青雲 ) Department of Chemical Engineering University of Rochester (Formerly with Kodak Research Laboratories, 1975 2006) Introduction: 元朗 Electrical
More informationDISPLAY TECHNOLOGIES. Group 6: Steve Lenhart, Ryan King, Ramsey Akl, and Andrew Scheib
DISPLAY TECHNOLOGIES Group 6: Steve Lenhart, Ryan King, Ramsey Akl, and Andrew Scheib DISPLAY TECHNOLOGIES Group 6: Steve Lenhart, Ryan King, Ramsey Akl, and Andrew Scheib Introduction First computers
More informationCATHODE-RAY OSCILLOSCOPE (CRO)
CATHODE-RAY OSCILLOSCOPE (CRO) I N T R O D U C T I O N : The cathode-ray oscilloscope (CRO) is a multipurpose display instrument used for the observation, measurement, and analysis of waveforms by plotting
More information