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/Expertise/Large-Area Electronics/高解析度光刻:实现全彩OLED像素的新途径

高解析度光刻:实现全彩OLED像素的新途径

线上英文讲座,中文讨论 
2020 7月20號 周一 

下午4點 北京時間 / 早上10點 中歐時間 

为了体现更先进的显示器用户体验,我们需要针对AMOLED开发更适合的制造流程,其中一项重要的技术便是使用黄光工艺对有机元件进行图案结构化。针对这项技术imec从在过去几年已经积累了丰富的相关经验。

您想更进一步了解关于高解析度OLED的光刻工艺吗?我们诚挚地邀请您与您的同仁参加我们7月20日主办,由资深专家项目经理柯统辉博士主讲的网络研讨会。

Key takeaways

本会亮点

  • 光刻工艺与FMM及CF+白光OLED的差异
  • 提供全新OLED像素设计的自由度
  • 实现OLED和OPD的并排结构

About Dr. Tung-Huei Ke 

Dr. Tung-Huei Ke obtained BSc and Ph.D. degrees at National Taiwan University in 2003 and 2009, respectively. He was a visiting scholar at TU Dresden in Prof. Karl Leo’s group and at Kyushu University in Prof. Chihaya Adachi’s group for high-performance OLED and OLET studies in 2007 and 2008, respectively. Dr. Ke joined imec, Belgium in 2011 as technical lead in a cross-nation European Union project (COSMIC) for organic CMOS technology development for ultra-low power logic applications. Since then, he is the imec representative in H2020 EU projects (EXTMOS, Hi-response) and is responsible for the technology transfer to the imec industrial partners. Since 2013, Dr. Ke has been working on the development of integration techniques to employ organic semiconductors for hybrid electronics applications. He currently focuses on the photolithography processes to realize high-resolution OLED/PD arrays side-by-side and the corresponding degradation mechanisms of the organic devices caused by the extrinsic processes. He contributed to over 20 invited talks at international conferences and over 60 publications at international journals.