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Flexible high‐resolution full‐color top‐emitting active‐matrix organic light‐emitting diode display
Authors:Akihiro Chida  Tomoya Aoyama  Shingo Eguchi  Tatsunori Inoue  Naoyuki Senda  Tatsuya Sakuishi  Hisao Ikeda  Satoko Shitagaki  Nobuharu Ohsawa  Hideko Inoue  Kunihiko Suzuki  Hiromi Seo  Toshiki Sasaki  Yusuke Nonaka  Harue Nakashima  Tsunenori Suzuki  Takeyoshi Watabe  Satoshi Seo  Yoshiharu Hirakata  Shunpei Yamazaki  Seiji Yasumoto  Masataka Sato  Yuki Yasuda  Shoji Okazaki  Wataru Nakamura  Seiichi Mitsui
Affiliation:1. Semiconductor Energy Laboratory, Co., Ltd., , Atsugi‐shi, Kanagawa, 243‐0036 Japan;2. Advanced Film Device Inc, , Tsuga‐machi, Tochigi, 328‐0114 Japan;3. Sharp Corporation, , Tenri‐shi, Nara, 632‐8567 Japan
Abstract:We developed a high‐performance 3.4‐in. flexible active‐matrix organic light‐emitting diode (AMOLED) display with remarkably high resolution using an oxide semiconductor in a backplane, by applying our transfer technology that utilizes metal separation layers. Using this panel, we also fabricated a prototype of a side‐roll display for mobile uses. In these AMOLED displays, a white OLED combined with a color filter was used in order to achieve remarkably high resolution. For the white OLED, a tandem structure in which a phosphorescent emission unit and a fluorescent emission unit are serially connected with an intermediate layer sandwiched between the emission units was employed. Furthermore, revolutionary technologies that enable a reduction in power consumption in both the phosphorescent and fluorescent emission units were introduced to the white tandem OLED.
Keywords:flexible AMOLED  transfer technology  top emission  white OLED  exciplex  triplet–  triplet annihilation
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