1
Printed Organic FETs on Plastic Principal Investigators Tim Lodge (IRG-1) Dan Frisbie (IRG-2) Industrial Collaborator Mike Renn, Optomec, Inc. Description and Significance An industrial aerosol jet printing process was used to print all components of OFETs (metal, organic semiconductor, insulator) on plastic substrates. The OFETs feature a novel high capacitance ion gel gate dielectric facilitating OFET operation at voltages less than 2 V. A patent on the new ion gel material has been filed by Frisbie and Lodge. Supported by UMN MRSEC DMR 0212302 Timothy P. Lodge, University of Minnesota-Twin Cities, DMR 0212302

Printed Organic FETs on Plastic

  • Upload
    keith

  • View
    23

  • Download
    1

Embed Size (px)

DESCRIPTION

Printed Organic FETs on Plastic. Timothy P. Lodge, University of Minnesota-Twin Cities, DMR 0212302. Principal Investigators Tim Lodge (IRG-1) Dan Frisbie (IRG-2) Industrial Collaborator Mike Renn, Optomec, Inc. Description and Significance - PowerPoint PPT Presentation

Citation preview

Page 1: Printed Organic FETs on Plastic

Printed Organic FETs on Plastic

Principal Investigators Tim Lodge (IRG-1)Dan Frisbie (IRG-2)

Industrial CollaboratorMike Renn, Optomec, Inc.

Description and SignificanceAn industrial aerosol jet printing process

was used to print all components of OFETs (metal, organic semiconductor, insulator)

on plastic substrates. The OFETs feature a novel high capacitance ion gel gate

dielectric facilitating OFET operation at voltages less than 2 V. A patent on the new

ion gel material has been filed by Frisbie and Lodge.

Supported by UMN MRSEC DMR 0212302

Timothy P. Lodge, University of Minnesota-Twin Cities, DMR 0212302