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16. 24-2:Invited Paper: High Brightness OLED Lighting

Author

Spindler, Jeffrey, primary, Kondakova, Marina, additional, Boroson, Michael, additional, Hamer, John, additional, Gohri, Vipul, additional, Büchel, Michael, additional, Ruske, Manfred, additional, and Meulancamp, Eric, additional

Published
2016
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17. 84‐1: Invited Paper: Advances in High Efficacy and Flexible OLED Lighting.

Author

Spindler, Jeffrey, Kondakova, Marina, Boroson, Michael, Büchel, Michael, Eser, Jürgen, and Knipping, Jörg

Subjects
ORGANIC light emitting diodes, LIGHT sources
Abstract

In this work, we describe the developments behind our “Brite3” generation rigid OLED lighting panels as well as bendable panels based on thin glass. We developed high brightness white OLEDs with excellent performance based on the stacking approach, achieving 80–90 lm/W on rigid panels and 60 lm/W on bendable panels. [ABSTRACT FROM AUTHOR]

Published
2018
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18. 8‐1: Invited Paper:Development of High‐Temperature Stable Red OLEDs for Automotive Lighting

Author

Kondakova, Marina, Eser, Juergen, Buechel, Michael, Knipping, Joerg, Lindla, Florian, Boroson, Michael, and Spindler, Jeffrey

Abstract

In this work we describe the basics of technology employed to develop high efficiency red OLED panel for automotive lighting. The devices exhibit high luminance, long lifetime even at elevated temperatures and minimal color change with viewing angle. The described method of LT70 estimation can be used for accurate prediction of device operational stability at various driving conditions.

Published
2020
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20. 84‐1: Invited Paper:Advances in High Efficacy and Flexible OLED Lighting

Author

Spindler, Jeffrey, Kondakova, Marina, Boroson, Michael, Büchel, Michael, Eser, Jürgen, and Knipping, Jörg

Abstract

In this work, we describe the developments behind our “Brite3” generation rigid OLED lighting panels as well as bendable panels based on thin glass. We developed high brightness white OLEDs with excellent performance based on the stacking approach, achieving 80–90 lm/W on rigid panels and 60 lm/W on bendable panels.

Published
2018
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21. High Brightness OLED Lighting.

Author

Spindler, Jeffrey, Kondakova, Marina, Boroson, Michael, Hamer, John, Gohri, Vipul, Büchel, Michael, Ruske, Manfred, and Meulancamp, Eric

Subjects
ORGANIC light emitting diode efficiency, RADIANCE, OPTICAL properties
Abstract

In this work we describe the technology developments behind our current and future generations of high brightness OLED lighting panels. We have developed white and amber OLEDs with excellent performance based on the stacking approach. Current products achieve 40-60 lm/W, while future developments focus on achieving 80 lm/W or higher. [ABSTRACT FROM AUTHOR]

Published
2016
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31. 3.2: Digital Drive with White OLEDs

Author

Kawabe, Kazuyoshi, primary, Tsujimura, Takatoshi, additional, Mizukoshi, Seiichi, additional, Mori, Nobuyuki, additional, Onomura, Koichi, additional, Van Slyke, Steven A., additional, Spindler, Jeffrey P., additional, Pleten, Anatole, additional, and Fallon, Kenneth M., additional

Published
2009
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33. System design for a wide‐color‐gamut TV‐sized AMOLED display

Author

Hamer, John W., primary, Arnold, Andrew D., additional, Boroson, Michael L., additional, Itoh, Masahiro, additional, Hatwar, Tukaram K., additional, Helber, Margaret J., additional, Miwa, Koichi, additional, Levey, Charles I., additional, Long, Michael, additional, Ludwicki, John E., additional, Scheirer, David C., additional, Spindler, Jeffrey P., additional, and van Slyke, Steven A., additional

Published
2008
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35. System considerations for RGBW OLED displays

Author

Spindler, Jeffrey P., primary, Hatwar, Tukaram K., additional, Miller, Michael E., additional, Arnold, Andrew D., additional, Murdoch, Michael J., additional, Kane, Paul J., additional, Ludwicki, John E., additional, Alessi, Paula J., additional, and Van Slyke, Steven A., additional

Published
2006
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38. High-efficiency white OLEDs based on small molecules

Author

Hatwar, Tukaram K., primary, Spindler, Jeffrey P., additional, Ricks, M. L., additional, Young, Ralph H., additional, Hamada, Yuuhiko, additional, Saito, N., additional, Mameno, Kazunobu, additional, Nishikawa, Ryuji, additional, Takahashi, Hisakazu, additional, and Rajeswaran, G., additional

Published
2004
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39. Blackbody Simulating Apparatus for Calibrating an Infrared Imaging Device

Author

DEPARTMENT OF THE NAVY WASHINGTON DC, Spindler, Jeffrey W, DEPARTMENT OF THE NAVY WASHINGTON DC, and Spindler, Jeffrey W

Abstract

A blackbody simulating apparatus which has a blackbody simulator for emitting infrared energy in random directions. A collimator collects a portion of the infrared radiation emitted by the blackbody simulator and then redirects the infrared radiation as a collimated beam of infrared energy to a dielectric. The dielectric has a thin metallic coating affixed to its rear surface to form a mirror like surface at its rear surface. A primary reflection of the collimated beam of infrared energy occurs at the front surface of the dielectric resulting in a first blackbody image being directed to an infrared imager. A portion of the collimated beam passes through the dielectric to the metallic coating and is then reflected by the metallic coating to the front surface of the dielectric emerging from the dielectric as a second blackbody image which is also directed to the infrared imager. Additional blackbody images are generated by internal reflections within the dielectric with each blackbody image having a different intensity from the other blackbody images. This results in at least two different radiance levels being supplied to the infrared imager for calibrating the infrared imager.

Published
1998

40. Outdoor Scene Simulating Apparatus for Testing an Infrared Imaging Device

Author

DEPARTMENT OF THE NAVY WASHINGTON DC, Spindler, Jeffrey W, DEPARTMENT OF THE NAVY WASHINGTON DC, and Spindler, Jeffrey W

Abstract

An outdoor scene simulating apparatus for testing an infrared imaging device comprising an infrared source, which emits infrared energy along a first optical path. Positioned downstream from the infrared source along the first optical path is a metallic substrate which has on its front surface a simulated outdoor scene. The simulated outdoor scene is formed by coating a portion of the metallic substrate with a black ink which absorbs infrared radiation. A thermal mass abuts the substrate to provide a cooling path between the thermal mass and the substrate. The thermal mass cools the metallic substrate and black ink of the simulated outdoor scene to temperatures below ambient temperature reducing infrared emissions from the metallic substrate and black ink of the simulated outdoor scene. Infrared energy reflected from the metallic substrate is directed along a second optical pam to a collimator. The collimator collects the infrared radiation reflected from on metallic substrate and then redirects the infrared radiation as a collimated beam of infrared radiation along a third optical path to the lens of the infrared imager being tested., Supersedes PAT-CL-706 588-96.

Published
1998

42. 52.2: Invited Paper: Development and Manufacturing of OLED Lighting Panels for Health Care Application.

Author

Hamer, John, Boroson, Michael, Kondakova, Marina, Spindler, Jeffrey, and Majka, Don

Subjects
ORGANIC light emitting diodes, MANUFACTURING processes, MEDICAL care, PRODUCT usage, HEALTH facilities
Abstract

OLEDWorks has started production operations for manufacturing OLED lighting panels. Compared to OLED displays, affordability is much more important for market adoption of OLED lighting. To this end, we have developed a unique approach in both product design and manufacturing processes. These elements are embodied in our first product, amber lighting for the health care market. [ABSTRACT FROM AUTHOR]

Published
2014
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