P‐254: Late‐News Poster:Design Optimization and Considering Mass Production of 2D Hole Arrayed Double Anode Structure for Improving Outcoupling Efficiency of OLEDoS

Autor: Lim, Dogi, Park, Jun-Young, Lee, Seungwon, Bi, Jian Cheng, Park, Seonghyeon, Song, Junbeom, Lee, Ji-Sung, Lim, Hyejung, Ju, Byeong-Kwon
Zdroj: SID Symposium Digest of Technical Papers; June 2024, Vol. 55 Issue: 1 p2222-2225, 4p
Abstrakt: AR, VR Headset for “metaverse” is one of candidates to widen human life experiences with virtual reality. Display requirement for headset is the high resolution as to 3000ppi that needs to enhance outcoupling efficiency of OLED (OLEDoS). We optimized 2D hole arrayed double anode structure for mass production with materials, thickness of anode and interlayer, process variation of etching top anode, and particles in double anodes. Outcoupling efficiency of optimized structure is improved to 1.377 folds than conventional TE‐OLEDs. We hope that this study promotes more approaches to excite SPPs of anode.
Databáze: Supplemental Index