Printable, organic, and large-area realisation of integrated circuits

Kimmo Solehmainen

Research output: Chapter in Book/Report/Conference proceedingConference abstract in proceedingsScientific

Abstract

To date the use of organic thin film transistors and circuits in industrial products has been limited. The main obstacle for substantial market penetration of such organic electronic components has been the inability to achieve sufficient device performance using high-volume production methods such as printing. In response to this, European Union funded POLARIC project aims to revolutionise the way printed electronic circuits are made and simultaneously, take a major step forward in the device performance. As a result, high-performance organic electronic circuits will be realised using large-area fabrication methods. The organic transistor fabrication development will be focused to enable a high resolution step, which will be compatible with roll-to-roll printing. This high resolution step will enable smaller transistor channel length (below 1 µm) and thereby an increase in the performance of the device. The main demonstrators will be printed active matrix liquid crystal display and radio-frequency identification tag. The presentation covers the overview of activities and latest research results in the way towards printable, organic and large-area realisation of integrated circuits.
Original languageEnglish
Title of host publicationPlastic Electronics Conference & Exhibition 2010 Programme and Abstracts
Subtitle of host publicationProgramme and Abstracts
Place of PublicationDresden, Germany
Publication statusPublished - 2010
MoE publication typeNot Eligible
EventPlastic Electronics 2010 Conference - Dresden, Germany
Duration: 19 Oct 201021 Oct 2010

Conference

ConferencePlastic Electronics 2010 Conference
CountryGermany
CityDresden
Period19/10/1021/10/10

Fingerprint

Integrated circuits
Printing
Transistors
Thin film circuits
Fabrication
Networks (circuits)
Thin film transistors
Liquid crystal displays
Radio frequency identification (RFID)
European Union

Keywords

  • Nanoimprinting lithography
  • organic electronics
  • roll-to-roll printing
  • thin film transistors

Cite this

Solehmainen, K. (2010). Printable, organic, and large-area realisation of integrated circuits. In Plastic Electronics Conference & Exhibition 2010 Programme and Abstracts: Programme and Abstracts Dresden, Germany.
Solehmainen, Kimmo. / Printable, organic, and large-area realisation of integrated circuits. Plastic Electronics Conference & Exhibition 2010 Programme and Abstracts: Programme and Abstracts. Dresden, Germany, 2010.
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Solehmainen, K 2010, Printable, organic, and large-area realisation of integrated circuits. in Plastic Electronics Conference & Exhibition 2010 Programme and Abstracts: Programme and Abstracts. Dresden, Germany, Plastic Electronics 2010 Conference, Dresden, Germany, 19/10/10.

Printable, organic, and large-area realisation of integrated circuits. / Solehmainen, Kimmo.

Plastic Electronics Conference & Exhibition 2010 Programme and Abstracts: Programme and Abstracts. Dresden, Germany, 2010.

Research output: Chapter in Book/Report/Conference proceedingConference abstract in proceedingsScientific

TY - CHAP

T1 - Printable, organic, and large-area realisation of integrated circuits

AU - Solehmainen, Kimmo

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N2 - To date the use of organic thin film transistors and circuits in industrial products has been limited. The main obstacle for substantial market penetration of such organic electronic components has been the inability to achieve sufficient device performance using high-volume production methods such as printing. In response to this, European Union funded POLARIC project aims to revolutionise the way printed electronic circuits are made and simultaneously, take a major step forward in the device performance. As a result, high-performance organic electronic circuits will be realised using large-area fabrication methods. The organic transistor fabrication development will be focused to enable a high resolution step, which will be compatible with roll-to-roll printing. This high resolution step will enable smaller transistor channel length (below 1 µm) and thereby an increase in the performance of the device. The main demonstrators will be printed active matrix liquid crystal display and radio-frequency identification tag. The presentation covers the overview of activities and latest research results in the way towards printable, organic and large-area realisation of integrated circuits.

AB - To date the use of organic thin film transistors and circuits in industrial products has been limited. The main obstacle for substantial market penetration of such organic electronic components has been the inability to achieve sufficient device performance using high-volume production methods such as printing. In response to this, European Union funded POLARIC project aims to revolutionise the way printed electronic circuits are made and simultaneously, take a major step forward in the device performance. As a result, high-performance organic electronic circuits will be realised using large-area fabrication methods. The organic transistor fabrication development will be focused to enable a high resolution step, which will be compatible with roll-to-roll printing. This high resolution step will enable smaller transistor channel length (below 1 µm) and thereby an increase in the performance of the device. The main demonstrators will be printed active matrix liquid crystal display and radio-frequency identification tag. The presentation covers the overview of activities and latest research results in the way towards printable, organic and large-area realisation of integrated circuits.

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KW - roll-to-roll printing

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M3 - Conference abstract in proceedings

BT - Plastic Electronics Conference & Exhibition 2010 Programme and Abstracts

CY - Dresden, Germany

ER -

Solehmainen K. Printable, organic, and large-area realisation of integrated circuits. In Plastic Electronics Conference & Exhibition 2010 Programme and Abstracts: Programme and Abstracts. Dresden, Germany. 2010