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논문 기본 정보

자료유형
학술대회자료
저자정보
Lee, Sang-Yun (Display Lab, Samsung Advanced Institute of Technology [SAIT]) Koo, Bon-Won (Display Lab, Samsung Advanced Institute of Technology [SAIT]) Jeong, Eun-Jeong (Display Lab, Samsung Advanced Institute of Technology [SAIT]) Lee, Eun-Kyung (Display Lab, Samsung Advanced Institute of Technology [SAIT]) Kim, Sang-Yeol (Display Lab, Samsung Advanced Institute of Technology [SAIT]) Kim, Jung-Woo (Display Lab, Samsung Advanced Institute of Technology [SAIT]) Lee, Ho-Nyeon (Display Lab, Samsung Advanced Institute of Technology [SAIT]) Ko, Ick-Hwan (Display Lab, Samsung Advanced Institute of Technology [SAIT]) Lee, Young-Gu (Display Lab, Samsung Advanced Institute of Technology [SAIT]) Chun, Young-Tea (Display Lab, Samsung Advanced Institute of Technology [SAIT]) Park, Jun-Yong (Display Lab, Samsung Advanced Institute of Technology [SAIT]) Lee, Sung-Hoon (Display Lab, Samsung Advanced Institute of Technology [SAIT]) Song, In-Sung (Display Lab, Samsung Advanced Institute of Technology [SAIT]) Seo, O-Gweon (Display Lab, Samsung Advanced Institute of Technology [SAIT]) Hwang, Eok-Chae (Display Lab, Samsung Advanced Institute of Technology [SAIT]) Kang, Sung-Kee (Display Lab, Samsung Advanced Institute of Technology [) Pu, Lyoung-Son Kim, Jong-Min
저널정보
한국정보디스플레이학회 한국정보디스플레이학회 International Meeting 한국정보디스플레이학회 2006년도 6th International Meeting on Information Display
발행연도
2006.1
수록면
537 - 539 (3page)

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We developed an 4.5" $192{\times}64$ active matrix organic light-emitting diode display on a glass using organic thin-film transistor (OTFT) switching-arrays with two transistors and a capacitor in each sub-pixel. The OTFTs has bottom contact structure with a unique gate insulator and pentacene for the active layer. The width and length of the switching OTFT is $800{\mu}m$ and $10{\mu}m$ respectively and the driving OTFT has $1200{\mu}m$ channel width with the same channel length. On/off ratio, mobility, on-current of switching OTFT and on-current of driving OTFT were $10^6,0.3{\sim}0.5\;cm^2/V{\cdot}sec$, order of 10 ${\mu}A$ and over 100 ${\mu}A$, respectively. AMOLEDs composed of the OTFT switching arrays and OLEDs made using vacuum deposition method were fabricated and driven to make moving images, successfully.

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