44.2: Invited Paper: Printed Polymer TFTs Towards Low‐Cost Backplane Production

44.2: Invited Paper: Printed Polymer TFTs Towards Low‐Cost Backplane Production

We present Merck's new formulation and material developments enabling high‐volume and high‐throughput printing techniques to be used for cost‐effective electronic circuitry and backplane production. Performance at TFT array level in excess of 2 cm2/Vs, comparable to spin coating is demonstrated...

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Veröffentlicht in:SID International Symposium Digest of technical papers 2018-04, Vol.49 (S1), p.476-478
Hauptverfasser: Morley, Aurélie, Lloyd, Giles, Charbonneau, Micaël, Locatelli, Denis, Lombard, Stéphanie, Laugier, Christelle, Tournon, Laurent, Bain, Stephen, James, Mark, Wang, Howard
Format: Artikel
Sprache:eng
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active-matrix backplane
Backplanes
Circuits
Gravure
Organic semiconductors
printed thin-film transistors
Spin coating
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container_title SID International Symposium Digest of technical papers
container_volume 49
creator Morley, Aurélie
Lloyd, Giles
Charbonneau, Micaël
Locatelli, Denis
Lombard, Stéphanie
Laugier, Christelle
Tournon, Laurent
Bain, Stephen
James, Mark
Wang, Howard
description We present Merck's new formulation and material developments enabling high‐volume and high‐throughput printing techniques to be used for cost‐effective electronic circuitry and backplane production. Performance at TFT array level in excess of 2 cm2/Vs, comparable to spin coating is demonstrated at Gen1 scale and 50 ppi resolution, using a hybrid combination of conventional lithographic steps and direct gravure printing.
doi_str_mv 10.1002/sdtp.12759
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subjects active-matrix backplane
Backplanes
Circuits
Gravure
Organic semiconductors
printed thin-film transistors
Spin coating
title 44.2: Invited Paper: Printed Polymer TFTs Towards Low‐Cost Backplane Production
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