Proceedings of the KIEE Conference (대한전기학회:학술대회논문집)
- 2006.07c
- /
- Pages.1412-1413
- /
- 2006
Ultra Thin Film Encapsulation for Flexible OLED
플렉시블 유기 EL 소자를 위한 초박막 보호층
-
Lim, J.S.
(InHa Univ.)
;
- Shin, P.K. (InHa Univ.) ;
-
Lim, K.B.
(KOFEIC)
;
- Song, J.H. (Sejong Tech. Ltd.) ;
-
Kim, C.Y.
(WooSuk Univ.)
;
- Lee, B.S. (KIPO) ;
- Jeung, Y.S. (InCheon Univ.) ;
- Lim, H.C. (Taegu Tech Coll.)
-
임재성
(인하대학교)
;
- 신백근 (인하대학교) ;
-
임경범
(한국소방안전협회)
;
- 송진호 ((주)세종기술) ;
-
김찬영
(우석대학교)
;
- 이백수 (특허청) ;
- 정영식 (인천대학교) ;
- 임헌찬 (대구공업대학)
- Published : 2006.07.12
Abstract
In this research, an organic thin 13 passivation layer was newly adopted to prefect the organic layer from ambient moisture and oxygen. As the organic thin film passivation layer, poly methyl methacrylate thin films (ppMMA) were deposited using a plasma polymerization technique. In order to their passivation performance for OLEDs, water vapor transmission rate (WVTR) of the ppMMAs were analyzed and luminance-current-voltage (L-I-V)/luminance-time (L-T) characteristics of the OLEDs with and without ppMMA passivation layer were investigated. The OLEDs had a structure of ITO/TPD (HTL)/Alq3(EML&ETL)/Al. The OLED with ppMMA passivation layer showed improved L-T performance than that of without ppMMA passivation layer.
Keywords