• Title/Summary/Keyword: Advanced technology

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Carbon nanotubes for field emission display

  • Choi, W.B.;Lee, N.S.;Chung, D.S.;Kang, J.H.;Kim, H.Y.;Chang, H.R.;Hong, S.S.;Han, I.T.;Park, S.H.;Yun, M.J.;Kim, J.M.
    • 한국정보디스플레이학회:학술대회논문집
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    • 2000.01a
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    • pp.51-52
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    • 2000

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Integration of 4.5' Active Matrix Organic Light-emitting Display with Organic Transistors

  • Lee, Sang-Yun;Koo, Bon-Won;Jeong, Eun-Jeong;Lee, Eun-Kyung;Kim, Sang-Yeol;Kim, Jung-Woo;Lee, Ho-Nyeon;Ko, Ick-Hwan;Lee, Young-Gu;Chun, Young-Tea;Park, Jun-Yong;Lee, Sung-Hoon;Song, In-Sung;Seo, O-Gweon;Hwang, Eok-Chae;Kang, Sung-Kee;Pu, Lyoung-Son;Kim, Jong-Min
    • Journal of Information Display
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    • v.7 no.4
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    • pp.21-23
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    • 2006

  • We developed a 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 lO${\mu}m$ 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·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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