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Precise and rapid point-of-care quantification of albumin levels in unspiked blood using organic field-effect transistors. [PDF]

Nanoscale Adv
Mandal A, Mandal S, Mallik S, Mondal S, Bag SS, Goswami DK.   +5 more
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Functional Organic Field‐Effect Transistors

Advanced Materials, 2010
AbstractFunctional organic field‐effect transistors (OFETs) have attracted increasing attention in the past few years due to their wide variety of potential applications. Research on functional OFETs underpins future advances in organic electronics. In this review, different types of functional OFETs including organic phototransistors, organic memory ...
Yunlong, Guo, Gui, Yu, Yunqi, Liu
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High‐Performance Organic Field‐Effect Transistors

Advanced Materials, 2009
AbstractWith the advent of devices based on single crystals, the performance of organic field‐effect transistors has experienced a significant leap, with mobility now in excess of 10 cm2 V−1 s−1. The purpose of this review is to give an overview of the state‐of‐the‐art of these high‐performance organic transistors.
Daniele Braga, Gilles Horowitz
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Organic Heterostructure Field-Effect Transistors

Science, 1995
Organic field-effect transistors have been developed that function as either n-channel or p-channel devices, depending on the gate bias. The two active materials are α-hexathienylene (α-6T) and C 60 . The characteristics of these devices depend mainly on the molecular orbital energy levels and transport properties ...
DODABALAPUR, A., KATZ H. E., HUDDON R. C., TORSI, Luisa   +3 more
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Organic Junction Field‐Effect Transistor

Advanced Functional Materials, 2013
The realization and performance of a novel organic field‐effect transistor—the organic junction field‐effect transistor (JFET)—is discussed. The transistors are based on the modulation of the thickness of a depletion layer in an organic pin junction with varying gate potential.
Lüssem, Björn, Kleemann, Hans, Kasemann, Daniel, Ventsch, Fabian, Leo, Karl   +4 more
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Organic Field Effect Transistors for Textile Applications

IEEE Transactions on Information Technology in Biomedicine, 2005
In this paper, several issues concerning the development of textiles endowed with electronic functions will be discussed. In particular, issues concerning materials, structures, electronic models, and the mechanical constraints due to textile technologies will be detailed.
BONFIGLIO A, DE ROSSI, DANILO EMILIO, KIRSTEIN T, LOCHER IR, MAMELI F, PARADISO R, VOZZI, GIOVANNI   +6 more
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Ambipolar Multi‐Stripe Organic Field‐Effect Transistors

Advanced Materials, 2011
Here we demonstrate a new architecture for ambipolar device, termed multi-stripe OFET (MSOFET), where the current flows through a planar array of precisely-defined sub-micrometric stripes (wires) made of two types of highly-ordered organic ...
Cavallini M, D'Angelo P, Criado VV, Gentili D, Shehu A, Leonardi F, Milita S, Liscio F, Biscarini F   +8 more
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A Water‐Gate Organic Field‐Effect Transistor

Advanced Materials, 2010
High-dielectric-constant insulators, organic monolayers, and electrolytes have been successfully used to generate organic field-effect transistors operating at low voltages.
Kergoat L., Herlogsson L., Braga D., Piro B., Pham M.-C., Crispin X., Berggren M., Horowitz G.   +7 more
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Operational Stability of Organic Field‐Effect Transistors

Advanced Materials, 2012
AbstractOrganic field‐effect transistors (OFETs) are considered in technological applications for which low cost or mechanical flexibility are crucial factors. The environmental stability of the organic semiconductors used in OFETs has improved to a level that is now sufficient for commercialization.
Bobbert, Peter A., Sharma, Abhinav, Mathijssen, Simon G. J., Kemerink, Martijn, de Leeuw, Dago M.   +4 more
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Vertical Organic Field‐Effect Transistors

Advanced Functional Materials, 2019
AbstractField‐effect transistors are the fundamental building blocks for electronic circuits and processors. Compared with inorganic transistors, organic field‐effect transistors (OFETs), featuring low cost, low weight, and easy fabrication, are attractive for large‐area flexible electronic devices.
Jinyu Liu, Zhengsheng Qin, Haikuo Gao, Huanli Dong, Jia Zhu, Wenping Hu   +5 more
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