Nugent Truong | Researchain

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SID Symposium Digest of Technical Papers | 2005

16.4: A 14.1″ WXGA Solution Processed OLED Display with a‐Si TFT

Ameen K. Saafir; Jin-Koo Chung; In-Su Joo; Jong-Moo Huh; Jung-Soo Rhee; Seung-Kyu Park; Beom-Rak Choi; Chun-Seok Ko; Byung-Sik Koh; Jae-Hoon Jung; Joon-hoo Choi; Nam-deog Kim; Kyuha Chung; Gordana Srdanov; Charlie MacPherson; Nugent Truong; Matthew Stevenson; Andrew Johnson; Peter Chen; Terri Cardellino; Ray Pflanzer; Gang Yu; Alberto Goenaga; Marie B. O'Regan; Dalen E. Keys

We have developed the worlds largest a-Si TFT based solution processed AMOLED full color display. In our 14.1″ WXGA demonstrator, we have realized the worlds best performance for solution-processed OLED materials in an active matrix display, while setting a higher standard for uniformity and image quality.

SID Symposium Digest of Technical Papers | 2009

63.3: Multinozzle Printing: A Cost‐Effective Process for OLED Display Fabrication

Reid John Chesterfield; Kyle D. Frischknecht; Matthew Stainer; Nugent Truong; Masayuki Murai; Hirokazu Oze; Akihito Shiota; Satoshi Suzuki

Cost-effective and scalable patterning of OLED materials remains a key challenge in order for OLED displays to achieve widespread FPD market penetration. We will review progress on multinozzle jet patterning of small-molecule emissive layer materials using a Gen. 4 scale printer. Periodic luminance non-uniformity appears as stitching/swath marks and present a challenge for transitioning this technology from a single to multinozzle printer. Thickness non-uniformity and/or pass effects, present under certain circumstances, can lead to stitching. We will present solutions to stitching and discuss full color printing methods and TACT for the multinozzle printer.

Archive | 2006