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Description: Because of their application in low voltage flat panel displays, thin film electroluminescent device research remains a very active field. This book covers the principles of organic electroluminescence as well as recent trends, current applications, and future potential. The topics includeShow More
Technical Courses and Programs - Organic Light-Emitting Displays: Materials, Devices, and Applications -- SC336Supplier: SPIE - Education
Description: , and describe the physical processes of charge injection, charge transport, and light-emission in organic amorphous thin films. Then, different classes of organic electroluminescent devices and their properties will be described. The state-of-the-art in device performance and the properties of different
- Modality: On-site / In Plant
- Industry: Electronics
- Technology / Subject: Electronics, Information Technology / Networks, Lighting (LEDs, etc.), Photonics / Optics, Signal Integrity / EMC, Specialty / Other
Supplier: Sheldahl - A Multek Brand
Description: are: Electroluminescent Lamps (EL), Liquid Crystal Displays (LCDs), transparent flexible circuits, static dissipation, heaters, EMI shields, solar cells, and electronic signage. Features High stability, optically clear PET films. Uniform ITO coating with superb light transmission and color properties. ProductShow More
Supplier: Sheldahl - A Multek Brand
Description: Sheldahl’s Optical Material products provide transparent electrically conductive thin Indium Tin Oxide (ITO) coatings on polyester films. This ITO coating is deposited by state-of-the-art sputter technology. Widths are available up to 52”. Typical applications for Sheldahl’s ITO
- Enhancement / Function: Anti-static / ESD Control, Electrically Conductive, EMI / RFI Shielding
- Film Material: PET / Polyester
- Thickness: 50 to 175 µm
- Width: 330000 to 435000 µm
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Anti-Glare Film on Planar Electroluminescent Displays - AN135
Planar offers many electroluminescent (EL) displays with a very thin polycarbonate film of anti-glare (AG) coating laminated onto the display. By providing a microscopically rough surface, the resulting construction diffuses glare while transmitting 90% of the luminance of the clear display glass
Medical Device Link . Spotlight on Electronic Components
A thin-film electroluminescent display that combines contrast and image quality with a compact package is suited for use in portable medical equipment. Incorporating the company's proprietary integral contrast-enhancement technology and able to withstand a broad range of temperatures, the display
Medical Device Link .
Electroluminescent Lighting for Compact and Portable Medical Applications New polymer chemistries have revived an old lighting technology, making it a viable option for the stringent requirements of medical electronics. Thick-film electroluminescent lighting (EL) displays have become a mature
Next hot trend for appliances: FLEXIBLE DISPLAYS
The next big prototyping tool for white goods could end up being a pair of scissors. The world's thinnest EL driver, according to Pelikon. That's because new electroluminescent (EL) displays targeting appliances are thin and flexible enough to be cut with ordinary shears. The display panels come
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Thin Film Structures in Energy Applications
Thin film electro- luminescent displays use double insulating structure in which a thin phosphor layer is sandwiched between them with a metal film (Al film) as top electrode and transparent conductive film as back electrode.
Atomic Layer Deposition: Principles, Characteristics, and Nanotechnology Applicatons
8.6 Thin Film Electroluminescent Displays 228 .
Size limits of nonsplit and split ACTFEL displays
Lawrence L. Hope: Thin Film Electroluminescent Display Systems: Robust Design for Varying Information Content; to be published in the Proceedings of the EL-92 Workshop, El Paso, Texas, U.S.A., 11.-13.
On the measurement of conduction current in AC thin-film electroluminescent display devices
C. N. King, “ Thin film electroluminescent display manufacturing,” in 1990 SID Int.
Electroluminescent Display Technology
The development of the current high contrast, sunlight legible, Thin Film Electroluminescent display technology will be reviewed and device structures and operating characteristics will be described.
MRS Online Proceedings Library - Blue And Yellow Light Emitting Phosphors For Thin Film Electroluminescent Displays - Cambridge Journals Online
• Blue And Yellow Light Emitting Phosphors For Thin Film Electroluminescent DisplaysBlue And Yellow Light Emitting Phosphors For Thin Film Electroluminescent Displays .
MRS Online Proceedings Library - Rapid Thermal Processing of Thin Film Electroluminescent Display Materials - Cambridge Journals Online
• Rapid Thermal Processing of Thin Film Electroluminescent Display MaterialsRapid Thermal Processing of Thin Film Electroluminescent Display Materials .
MRS Online Proceedings Library - AC Operation of GaN:Er Thin Film Electroluminescent Display Devices - Cambridge Journals Online
• AC Operation of GaN:Er Thin Film Electroluminescent Display DevicesAC Operation of GaN:Er Thin Film Electroluminescent Display Devices .
An analytical model for electron transport and luminance in SrS:Cu,Ag ACTFEL display devices
 C. N. King, “ Thin film electroluminescent display manufacturing,” in SID Tech. Dig., vol.
A model for electroluminescence in SrS:Ce ACTFEL display devices
[l] C. N. King, “ Thin film electroluminescent display manufacturing,” in I990 SID Int.