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Projektübersicht

Flexible optoelectronics

Projektbild

Projektbeschreibung

The fabrication of optoelectronic circuits on a mechanical flexible substrate is now feasible thanks to the contribution of organics thin film transistors (OTFT). OTFT have recently acquired a large interest in the research field owing to their fast, low-cost fabrication process, and their compatibility with bendable substrates. These features make the OTFT an extremely important candidate for optical applications, two of which are: flexible displays and solar cells. Consequently, building the interface circuit for optical data is essential for a complete flexible optoelectronic system. Our aim is to design one important building block of this interface, the trans-impedance preamplifier, using these flexible organic transistors as one step for a complete integrated flexible optoelectronic system.

Laufzeit

01.08.2014 bis 31.07.2017

Projektleitung

Prof. Dr. Yiannos Manoli

Ansprechpartner/in

Samar Elsaegh
Telefon:+49 761 203-67548

Finanzierung

Gisela-und-Erwin-Sick Stipendium

Schlagworte

Flexible optoelectronics, Organic thin film transistors, Organic trans-impedance preamplifier
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