Analog and digital circuits using organic thin-film transistors on polyester substrates
M. Kane, J. Campi(V.F. Corporation (United States)), ML Hammond(V.F. Corporation (United States)), F.P. Cuomo(V.F. Corporation (United States)), B. Greening(V.F. Corporation (United States)), C. Sheraw(Pennsylvania State University), J. A. Nichols(Pennsylvania State University), David J. Gundlach(Pennsylvania State University), J.R. Huang(Pennsylvania State University), C.C. Kuo(Pennsylvania State University), Lihua Jia(Pennsylvania State University), Hagen Klauk(Pennsylvania State University), Thomas N. Jackson(Pennsylvania State University)
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Abstract
We have fabricated and characterized analog and digital circuits using organic thin-film transistors on polyester film substrates. These are the first reported dynamic results for organic circuits fabricated on polyester substrates. The high-performance pentacene transistors yield circuits with the highest reported clock frequencies for organic circuits.
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