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Optimización de transistores de efecto campo orgánicos para electrónica plástica: A la búsqueda de
componentes transparentes para nuevos dispositivos. (ORGANIC ELECTRONICS)
Resumen:
Develop high-performance, solution-processable, optically transparent organic semiconductor and dielectric materials.
Establish/implement solution deposition/printing processes to achieve multilayer materials deposition with high resolution.
Enable fully transparent, flexible, solution-processed organic TFTs and circuits.
Enable transparent displays.
Analyze the key parameters determining the TFT response.
Objetivos:
Develop high-performance, solution-processable, optically transparent organic semiconductor and dielectric materials.
Establish/implement solution deposition/printing processes to achieve multilayer materials deposition with high resolution.
Enable fully transparent, flexible, solution-processed organic TFTs and circuits.
Enable transparent displays.
Analyze the key parameters determining the TFT response.
Objectivos contribución:
Synthesize and/or optimise new high band-gap molecular and polymeric semiconductors based on rylene, oligothiophene and dicyanomethylene-containing
cores.
Functionalize high-purity single-wall carbon nanotubes (SWCNTs) with
semiconducting surfactants.
Optimize formulations for solution deposition, focusing on spin-coating and ink-jet printing.
Optimization of layer-by-layer self-assembled nanodielectrics (SANDs) to enhance transparency.
Entregables:
Imprint crosslinked polymeric dielectric materials on optically transparent substrates.
Analysis of the electric properties of the above-mentioned materials in various field-effect transistor configurations using glass as supporting material.
Theoretic and spectroscopical characterization of the semiconductor and dielectric materials.
Impacto:
The fabrication of organic-based invisible electronic and opto-electronic circuits will allow the development of new low-cost technologies for transparent
electronics. Applications could include head-up displays for real-time analysis and processing of optical images and complex data streams.
1 Participante
•
University of Malaga
Presupuesto: 237,284.00
Equipo de investigación
Nombre: POLÍMEROS CONDUCTORES Y BIOPOLÍMEROS
Email: otri@uma.es
PAIDI: FQM159
Web: www.ciencias.uma.es/grupos/grupos/polimeros.html
Investigador principal: Juan Teodomiro LOPEZ NAVARRETE (Coordinador)
Email: otri@uma.es
Teléfono: +34 952 13 - 2974, - 7215
Presupuesto del equipo: 237,284.00
Universidad: Universidad de Málaga
Estado: published
Contacto Solicitar más información de Optimización de transistores de efecto campo orgánicos para electrónica plástica:
A la búsqueda de componentes transparentes para nuevos dispositivos.