Color‐tunable organic light‐emitting devices
PE Burrows, SR Forrest, SP Sibley… - Applied physics …, 1996 - pubs.aip.org
We demonstrate an integrated, two-color organic light-emitting device for flat-panel display
applications. The device utilizes a unique stacked pixel architecture which allows for
independent tuning of color and intensity. Each of the two addressable colors is sufficiently
bright for video display applications, so that the compact stacked pixel, which maximizes
display resolution, may form the basis of a new type of full-color display.© 1996 American
Institute of Physics. S0003-6951 (96) 01746-9 Organic light-emitting devices (OLEDs) have …
applications. The device utilizes a unique stacked pixel architecture which allows for
independent tuning of color and intensity. Each of the two addressable colors is sufficiently
bright for video display applications, so that the compact stacked pixel, which maximizes
display resolution, may form the basis of a new type of full-color display.© 1996 American
Institute of Physics. S0003-6951 (96) 01746-9 Organic light-emitting devices (OLEDs) have …
Color tunable organic light-emitting devices with external quantum efficiency over 20% based on strongly luminescent gold (III) complexes having long-lived emissive …
Gold (III) complexes supported by C-deprotonated fluorene-C^ N^ C ligands having high
emission quantum yield up to 0.61 and long-lived emissive excited states are used as yellow
emitters in color tunable PLEDs and OLEDs. High EQEs of 13.16% and 22.02% are
achieved in the best PLED and OLED, respectively.
emission quantum yield up to 0.61 and long-lived emissive excited states are used as yellow
emitters in color tunable PLEDs and OLEDs. High EQEs of 13.16% and 22.02% are
achieved in the best PLED and OLED, respectively.
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