An Organic Imager for Flexible Large-area Electronics
An Organic Imager for Flexible Large-area Electronics I. Nausieda, K. Ryu, A.I. Akinwande, V. Bulović, C.G. Sodini Sponsorship: SRC/FCRP C2S2
Interest in organic semiconductors is sustained in part by the promise of large-area and flexible electronics. Early work in this field has focused on the fabrication and testing of discrete devices, such as an organic field effect transistor (OFET), or organic photoconductor (OPD). Creating electronic systems, however, requires an integrated approach, for both fabrication and testing. In this work, a 4x4 addressable imager consisting of OFET switches with OPDs was fabricated and tested, using a near-room temperature (
Interest in organic semiconductors is sustained in part by the promise of large-area and flexible electronics. Early work in this field has focused on the fabrication and testing of discrete devices, such as an organic field effect transistor (OFET), or organic photoconductor (OPD). Creating electronic systems, however, requires an integrated approach, for both fabrication and testing. In this work, a 4x4 addressable imager consisting of OFET switches with OPDs was fabricated and tested, using a near-room temperature (
