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首页> 外文期刊>Journal of Photopolymer Science and Technology >Self-Alignment Technologies of Organic Electronic Devices and Its Integrated Panels
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Self-Alignment Technologies of Organic Electronic Devices and Its Integrated Panels

机译:有机电子器件及其集成面板的自对准技术

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摘要

Self-alignment (SA) technologies and multiple integration of organic electronic devices are introduced.For obtaining higher device performance,self-alignment technology is effective.For example,SA organic field effect transistor (OFET) can be realized using back surface exposure for gate electrode as a mask and lift-off technique for formation of source/ drain regions.Another self alignment technology under study is formation of emission region in organic light emitting diode (OLED) using ink-jet printing (UP) technique,where ink jet printed dot becomes emission region.In the case of multiple integration technology,face-to-face emission panel named "Dual Drive & Emission Panel (DDE)" with stacked two set OLED with common scan line and two set of data lines and combination of emission and photo detection named "Bi-Function Matrix Panel (Bi-Matrix)" with stacked OLED and organic photodiode (OPD) can be realized.These approaches will be expected for novel application.
机译:介绍了自对准(SA)技术和有机电子器件的多重集成。为了获得更高的器件性能,自对准技术是有效的。例如,可以使用背面曝光进行栅极实现SA有机场效应晶体管(OFET)电极作为掩膜和剥离技术形成源极/漏极区域。正在研究的另一种自对准技术是使用喷墨印刷(UP)技术在有机发光二极管(OLED)中形成发射区域,其中喷墨印刷点成为发射区域。在多重集成技术的情况下,名为“双驱动和发射面板(DDE)”的面对面发射面板具有堆叠的两组OLED(具有公共扫描线和两组数据线)以及发射的组合可以实现具有堆叠式OLED和有机光电二极管(OPD)的名为“双功能矩阵面板(Bi-Matrix)”的光检测。这些方法有望在新型应用中得到应用。

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