有机发光二极管
泄漏(经济)
光电子学
材料科学
纳米技术
图层(电子)
经济
宏观经济学
作者
Wei Quan,Juanjuan You,Yongqi Shen,Bin Bo,Menghua Bian,Chun Li,Linlin Wang,Donghui Yu,Shoulei Shi,Guang Yan,Huaiting Shi,Jianwei Yu
摘要
In this paper, a novel CGL structure is designed and studied to improve the lateral leakage in stacked OLED devices. Experiments confirmed that the position of transverse leakage mainly occurred in the CGL layer, and the new CGL structure was realized by optimizing the n‐CGL material. Compared with the reference CGL structure device, the voltage of the new structure device decreased by 0.05v, and the current efficiency increased by 5%. The average value of the color gamuts was improved by 5%, demonstrating the effectiveness and stability of the new CGL structure. The mechanism of the new CGL structure was verified by EOD. The carrier transmission performance of the new CGL structure was worse, but the carrier injection performance was improved, so as to improve the lateral leakage problem under the premise of ensuring the role of CGL.
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