Stefan Michael Blawid

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Produções bibliográficas

• DALLAIRE, NICHOLAS J. ; BRIXI, SAMANTHA ; CLAUS, MARTIN ; Blawid, Stefan ; BLAWID, S. ; LESSARD, BENOÎT H. . Benchmarking contact quality in N-type organic thin film transistors through an improved virtual-source emission-diffusion model. Applied Physics Reviews , v. 9, p. 011418, 2022.

• BLAWID, S. ; Blawid, Stefan ; DALLAIRE, NICHOLAS J. ; LESSARD, BENOIT H. . Self-Consistent Extraction of Mobility and Series Resistance: A Hierarchy of Models for Benchmarking Organic Thin-Film Transistors. IEEE Journal on Flexible Electronics , v. 1, p. 114-121, 2022.

• MICHELS, LEANDER ; RICHTER, ANNIKA ; CHELLAPPAN, RAJESH K. ; RST, HKON I. ; BEHSEN, ALENKA ; WELLS, KRISTIN H. ; LEAL, LUCIANO ; SANTANA, VILANY ; BLAWID, ROSANA ; DA SILVA, GERALDO J. ; COOIL, SIMON P. ; WELLS, JUSTIN W. ; Blawid, Stefan ; BLAWID, S. . Electronic and structural properties of the natural dyes curcumin, bixin and indigo. RSC Advances , v. 11, p. 14169-14177, 2021.

• DONNHÄUSER, SHABNAM ; PACHECO-SANCHEZ, ANIBAL ; HAASE, KATHERINA ; MANNSFELD, STEFAN C.B. ; CLAUS, MARTIN ; Blawid, Stefan ; BLAWID, S. . Impact of injection limitations on the contact resistance and the carrier mobility of organic field effect transistors. ORGANIC ELECTRONICS , v. 99, p. 106343, 2021.

• DONNHÄUSER, SHABNAM ; MINAGAWA, MASAHIRO ; Blawid, Stefan ; BLAWID, S. ; CLAUS, MARTIN . Understanding the metal-oxides induced reduction of the contact resistance in organic transistors. SOLID-STATE ELECTRONICS , v. 163, p. 107676, 2020.

• MOURA, R ; Claus, M ; BLAWID, S ; BLAWID, S. . Multi-mode nanoFETs: From low power to high performance on demand. SEMICONDUCTOR SCIENCE AND TECHNOLOGY , v. 35, p. 055027, 2020.

• PEREIRA, VILANY SANTANA ; LEAL, LUCIANO ALMEIDA ; RIBEIRO JUNIOR, LUIZ ANTONIO ; Blawid, Stefan ; BLAWID, S. . Inferring changes in -stack mobility induced by aging from vibronic transitions in poly(3-hexylthiophene-2,5-diyl) films. SYNTHETIC METALS , v. 247, p. 276-284, 2019.

• LIMA, ALEX ANDERSON ; Blawid, Stefan ; BLAWID, S. . Modeling organic thin-film transistors based on the virtual source concept: A case study. SOLID-STATE ELECTRONICS , v. 161, p. 107639, 2019.

• MOURA, REBECA ; TIENCKEN, NILS ; MOTHES, SVEN ; CLAUS, MARTIN ; Blawid, Stefan ; BLAWID, S. . Reconfigurable nanoFETs: Performance Projections for Multiple-Top-Gate Architectures. IEEE TRANSACTIONS ON NANOTECHNOLOGY , v. 17, p. 1-1, 2018.

• PEREIRA, VILANY SANTANA ; Blawid, Stefan ; BLAWID, S. . Drift-diffusion simulation of leakage currents in unintentionally doped organic semiconductors with non-uniform interfaces. Journal of Computational Electronics , v. 18, p. 120-129, 2018.

• LEAL, LUCIANO ALMEIDA ; DE SOUZA JÚNIOR, RAFAEL TIMÓTEO ; DE ALMEIDA FONSECA, ANTONIO LUCIANO ; RIBEIRO JUNIOR, LUIZ ANTONIO ; Blawid, Stefan ; BLAWID, S. ; DA SILVA FILHO, DEMETRIO ANTONIO ; DA CUNHA, WILIAM FERREIRA . Combined UMC- DFT prediction of electron-hole coupling in unit cells of pentacene crystals. Journal of Molecular Modeling (Print) , v. 23, p. 153, 2017.

• LEAL, LUCIANO ALMEIDA ; DA CUNHA, WILIAM FERREIRA ; RIBEIRO JUNIOR, LUIZ ANTONIO ; PEREIRA, TAMIRES LIMA ; BLAWID, STEFAN MICHAEL ; BLAWID, S. ; DE SOUSA JUNIOR, RAFAEL TIMÓTEO ; DA SILVA FILHO, DEMÉTRIO ANTONIO . Optical and electronic structure description of metal-doped phthalocyanines. JOURNAL OF MOLECULAR MODELING , v. 23, p. 172, 2017.

• SILVA PRADO, ANDRIELE DA ; LEAL, LUCIANO ALMEIDA ; DE BRITO, PATRICK PASCOAL ; DE ALMEIDA FONSECA, ANTONIO LUCIANO ; Blawid, Stefan ; BLAWID, S. ; CESCHIN, ARTEMIS MARTI ; VERAS MOURÃO, ROSA HELENA ; DA SILVA JÚNIOR, ANTÔNIO QUARESMA ; ANTONIO DA SILVA FILHO, DEMÉTRIO ; RIBEIRO JUNIOR, LUIZ ANTONIO ; FERREIRA DA CUNHA, WILIAM . Experimental and theoretical description of the optical properties of Myrcia sylvatica essential oil. JOURNAL OF MOLECULAR MODELING , v. 23, p. 196, 2017.

• BLAWID, S. ; Blawid, Stefan ; DE ANDRADE, DENISE L.M. ; MOTHES, SVEN ; CLAUS, MARTIN . Performance Projections for a Reconfigurable Tunnel NanoFET. IEEE Journal of the Electron Devices Society , v. 5, p. 1-1, 2017.

• CHERALATHAN, MUTHUPANDIAN ; CLAUS, MARTIN ; Blawid, Stefan ; BLAWID, S. . Projected Tolerances of Carbon Nanotube Current-Mode Logic to Process Variability. IEEE TRANSACTIONS ON CIRCUITS AND SYSTEMS II-EXPRESS BRIEFS , v. 65, p. 1-1, 2017.

• Lima, A.A. ; Torres, L.M.. ; Cheralathan, M. ; BLAWID, S ; BLAWID, S. . A modified Schichman-Hodges model for OTFTs usable in the Quite Universal Circuit Simulator. Revista Junior de Iniciação Científica em Ciências Exatas e Engenharia , v. 1, p. 44-48, 2016.

• CLAUS, MARTIN ; MOTHES, SVEN ; Blawid, Stefan ; BLAWID, S. ; SCHRÖTER, MICHAEL . COOS: a wave-function based Schrödinger-Poisson solver for ballistic nanotube transistors. Journal of Computational Electronics , v. 31, p. 689-700, 2014.

• BLAWID, S. ; Claus, M ; BLAWID, S ; Mothes, S ; Schröter, M . High-Frequency Ballistic Transport Phenomena in Schottky Barrier CNTFETs. IEEE Transactions on Electron Devices , v. 59, p. 2610-2618, 2012.

• BLAWID, S. ; BLAWID, S. ; CLAUS, M. ; SCHROTER, M. . Phenomenological Modeling of Charge Injection - Beyond the Schottky Barrier Paradigm. ECS Transactions , v. 49, p. 85-92, 2012.

• BLAWID, S. ; Blawid, Stefan ; Deppeler, Andreas ; MILLIS, A. . Semiclassical approach to calculating the influence of local lattice fluctuations on electronic properties of metals. Physical Review. B, Condensed Matter. (Cessou 1997. Cont. 1098-0121 Physical Review. B, Condensed Matter and Materials Physics) , v. 67, p. 165105, 2003.

• BLAWID, S. ; Blawid, Stefan ; Zwicknagl, Gertrud . Semiclassical action based on dynamical mean-field theory describing electrons interacting with local lattice fluctuations. Physical Review. B, Condensed Matter. (Cessou 1997. Cont. 1098-0121 Physical Review. B, Condensed Matter and Materials Physics) , v. 68, p. 245103, 2003.

• BLAWID, S. ; Blawid, Stefan ; Millis, Andrew . Quantum phonons and the charge-density-wave transition temperature: A dynamical mean-field study. Physical Review. B, Condensed Matter. (Cessou 1997. Cont. 1098-0121 Physical Review. B, Condensed Matter and Materials Physics) , v. 63, p. 115114, 2001.

• BLAWID, S. ; Blawid, Stefan ; Millis, Andrew . Gap to transition-temperature ratio in density-wave ordering: A dynamical mean-field study. Physical Review. B, Condensed Matter. (Cessou 1997. Cont. 1098-0121 Physical Review. B, Condensed Matter and Materials Physics) , v. 62, p. 2424-2428, 2000.

• BLAWID, S. ; Blawid, Stefan ; Model of semimetallic behavior in strongly correlated electron systems. Physical Review. B, Condensed Matter. (Cessou 1997. Cont. 1098-0121 Physical Review. B, Condensed Matter and Materials Physics) , v. 59, p. 4777-4785, 1999.

• Schork, Tom ; Blawid, Stefan ; BLAWID, S. ; Igarashi, Jun-ichi . Kondo lattice model with correlated conduction electrons. Physical Review. B, Condensed Matter. (Cessou 1997. Cont. 1098-0121 Physical Review. B, Condensed Matter and Materials Physics) , v. 59, p. 9888-9893, 1999.

• Pietig, R. ; Bulla, R. ; BLAWID, S. ; BLAWID, S. . Reentrant Charge Order Transition in the Extended Hubbard Model. Physical Review Letters (Print) , v. 82, p. 4046-4049, 1999.

• Laad, Mukul ; Blawid, Stefan ; BLAWID, S. . Theory of the temperature and doping dependence of the Hall effect in a model with x-ray edge singularities in d=?. Physical Review. B, Condensed Matter. (Cessou 1997. Cont. 1098-0121 Physical Review. B, Condensed Matter and Materials Physics) , v. 57, p. 11738-11742, 1998.

• Schork, Tom ; Blawid, Stefan ; BLAWID, S. . Periodic Anderson model with correlated conduction electrons. Physical Review. B, Condensed Matter. (Cessou 1997. Cont. 1098-0121 Physical Review. B, Condensed Matter and Materials Physics) , v. 56, p. 6559-6568, 1997.

• BLAWID, S. ; Blawid, Stefan ; Tuan, Hoang ; Yanagisawa, Takashi ; Fulde, Peter . Metal-insulator transitions due to self-doping. Physical Review. B, Condensed Matter. (Cessou 1997. Cont. 1098-0121 Physical Review. B, Condensed Matter and Materials Physics) , v. 54, p. 7771-7778, 1996.

• BLAWID, S. ; Blawid, Stefan ; Peschel, Ingo . Ordering in Ising models of parabolic shape. Zeitschrift für Physik. B, Condensed Matter , v. 95, p. 73-77, 1994.

• Barros, M S. ; Philippini, I.M. ; Silva, L.G. ; Netto A.B.S. ; Blawid, R. ; Barros, E.N.S. ; BLAWID, S ; BLAWID, S. . Supervised Training of a Simple Digital Assistant for a Free Crop Clinic. In: 10th Brazilian Conference, BRACIS 2021. (Org.). Intelligent Systems. 1ed.Cham, Switzerland: Springer Nature Switzerland AG, 2021, v. , p. 162-176.

• Ceschin, A ; da Costa, JC ; BLAWID, S ; BLAWID, S. . Eletrônica extraído da natureza. Correio Braziliense, Brasília - DF, p. 14 - 14, 07 abr. 2014.

• Leao, F.S. ; Lemos, D.N. ; BLAWID, S ; BLAWID, S. . On the implementation of a position-dependent charge carrier mass in NEGF simulations. In: Chip in the Minuano, 22nd Microelectronics Students Forum, 2022, Virtual. SForum Proc., 2022. v. 22.

• CARDOSO, FILIPE ; Blawid, Stefan ; BLAWID, S. . Monitoring the Daily Rhythm of Total Green Leaf Volatiles with a Low-Cost Multi-Sensor Node. In: 2022 Symposium on Internet of Things (SIoT), 2022, São Paulo. 2022 Symposium on Internet of Things (SIoT), 2022. p. 1-4.

• CHERALATHAN, MUTHUPANDIAN ; SRIVASTAVA, MIHIR ; NOMANI, HATIM ; Blawid, Stefan ; BLAWID, S. . Modeling the Impact of a Non-Ohmic Contact on the Delay of Complementary OTFT Inverters. In: 2020 5th International Conference on Devices, Circuits and Systems (ICDCS), 2020, Coimbatore. 2020 5th International Conference on Devices, Circuits and Systems (ICDCS), 2020. p. 76-79.

• BLAWID, S. ; Blawid, Stefan ; NEVES, DIEGO ; MOURA, REBECA . Exploring Quantum Tunneling in Ultrathin Transistors with Multiple Top Gates. In: 2020 IEEE Latin America Electron Devices Conference (LAEDC), 2020, San Jose. 2020 IEEE Latin America Electron Devices Conference (LAEDC), 2020. p. 1-4.

• PIMENTA, REINALDO G. ; MEDEIROS, JOSE E. G. ; Blawid, Stefan ; BLAWID, S. . The Unscented Transform as a Tool to Assess Circuit Variability for Emergent Technologies. In: 2020 IEEE International Symposium on Circuits and Systems (ISCAS), 2020, Sevilla. 2020 IEEE International Symposium on Circuits and Systems (ISCAS), 2020. p. 1-5.

• AMARAL, CESAR DO ; LI, DANILO L. ; PEREIRA, VILANY S. ; Blawid, Stefan ; BLAWID, S. . Design of a simple electrical characterization platform for semiconducting organic films. In: 2019 34th Symposium on Microelectronics Technology and Devices (SBMicro), 2019, Sao Paulo. 2019 34th Symposium on Microelectronics Technology and Devices (SBMicro), 2019. p. 1-4.

• Santos, G.C. ; BLAWID, S ; BLAWID, S. . Computational Study on Schottky Barrier Height Extraction for Ballistic Nanotube Transistors. In: Chip in the Pampa, 33rd Symposium on Microelectronics Technology and Devices, 2018, Bento Gonçalves. Proc. SBMicro, 2018. p. 1-4.

• PIMENTA, REINALDO G. ; MOURA, REBECA S. ; AMARAL, CESAR DO ; Blawid, Stefan ; BLAWID, S. . How Under-Graduates Could Benefit from Graduate Courses in Electronic Engineering. In: 2018 IEEE World Engineering Education Conference (EDUNINE), 2018, Buenos Aires. 2018 IEEE World Engineering Education Conference (EDUNINE), 2018. p. 1-6.

• Pereira, V.S. ; Amaral, C. ; Pinheiro, R.B. ; BLAWID, S ; BLAWID, S. . Análise do transporte de lacunas em função dos níveis de armadilhas em semicondutores orgânicos. In: Congresso Brasileiro de Engenharia e Ciência dos Materiais, 2018, Foz do Iguação. Proceedings of the 23rd CBECiMat, 2018. p. 8600-8608.

• de Moura, R.S. ; Blawid, Stefan ; BLAWID, S. . Minimal design of a reconfigurable carbon nanotube FET. In: XII Workshop on Semiconductors and Micro & Nano Technology, 2017, São Paulo. Seminatec Proceedings, 2017. p. 1-2.

• BLAWID, S. ; Blawid, Stefan ; DE ANDRADE, DENISE L.M. ; WOLF, FLORIAN ; MOTHES, SVEN ; CLAUS, MARTIN . Evaluation of reconfigurable tunnel FETs for low power and high performance operation. In: 2017 International Conference on Simulation of Semiconductor Processes and Devices (SISPAD), 2017, Kamakura. 2017 International Conference on Simulation of Semiconductor Processes and Devices (SISPAD), 2017. p. 193-196.

• Lima, A.A. ; Cheralathan, M. ; BLAWID, S ; BLAWID, S. . A modified Shichman-Hodges model for OTFTs usable in the Quite Universal Circuit Simulator. In: Chip on the Mountains, 2016, Belo Horizonte. Proc. SForum, 2016. p. 1-3.

• Pereira, V.S. ; Melo, F. L. ; Moraes, C.M. ; BLAWID, S ; BLAWID, S. . Injeção de cargas no polímero P3HT em condições ambientes como um modelo para o desenvolvimento de dispositivos à base de materiais verdes. In: Congresso Brasileiro de Engenharia e Ciência dos Materiais, 2016, Natal. Proceedings of the 22nd CBECiMat, 2016. p. 9282-9289.

• CLAUS, M. ; Fediai, A. ; Mothes, S. ; Pacheco, A. ; RYNDYK, D. ; BLAWID, S. ; BLAWID, S. ; Cuniberti, G. ; SCHROTER, M. . Multi-scale modeling of metal-CNT interfaces. In: 2015 International Workshop on Computational Electronics (IWCE), 2015, West Lafayette. 2015 International Workshop on Computational Electronics (IWCE), 2015. p. 1-2.

• CLAUS, M. ; Fediai, A. ; Mothes, S. ; Knoch, J. ; RYNDYK, D. ; BLAWID, S. ; BLAWID, S. ; Cuniberti, G. ; SCHROTER, M. . Towards a multiscale modeling framework for metal-CNT interfaces. In: 2014 International Workshop on Computational Electronics (IWCE), 2014, Paris. 2014 International Workshop on Computational Electronics (IWCE), 2014. p. 1-3.

• Moroguma, A. ; Salgado, M. ; Guimarães, J ; BLAWID, S ; BLAWID, S. ; Claus, M . On a multi-finger multi-tube common source sub 50nm CNTFET amplifier. In: Chip in Curitiba, SForum, 2013, Curitiba. Proc. SForum, 2013. p. 1-4.

• CLAUS, MARTIN ; Blawid, Stefan ; BLAWID, S. ; SCHROTER, MICHAEL . Impact of near-contact barriers on the subthreshold slope of short-channel CNTFETs. In: 2013 International Conference on Simulation of Semiconductor Processes and Devices (SISPAD), 2013, Glasgow. 2013 International Conference on Simulation of Semiconductor Processes and Devices (SISPAD), 2013. p. 159-162.

• CLAUS, MARTIN ; MUKHERJEE, ANINDYA ; MOROGUMA, ALEX ; PACHECO, ANIBAL ; Blawid, Stefan ; BLAWID, S. ; SCHROTER, MICHAEL . High-frequency benchmark circuit design for a sub 50 nm CNTFET technology. In: 2013 SBMO/IEEE MTTS International Microwave and Optoelectronics Conference (IMOC), 2013, Rio de Janeiro. 2013 SBMO/IEEE MTT-S International Microwave & Optoelectronics Conference (IMOC), 2013. p. 1-5.

• Claus, M ; BLAWID, S ; BLAWID, S. ; SAKALAS, P. ; Schröter, M . Analysis of the frequency dependent gate capacitance in CNTFETs. In: International Conference on Simulation of Semiconductor Processes and Devices (SISPAD), 2012, Denver. Proc. of SISPAD, 2012. p. 336-339.

• BLAWID, S. ; BLAWID, S ; ZWICKNAGL, G . Effective action of electrons interacting with local lattice fluctuations. In: nternational Conference on Materials and Mechanisms of Superconductivity. High Temperature Superconductors VII -- M2SRIO, 2004, Rio de Janeiro. Physica C, 2003. v. 408. p. 416-417.

• Pietig, R ; BLAWID, S. ; BLAWID, S. ; Bulla, R. . Charge ordering in the extended Hubbard model. In: International Conference on Strongly Correlated Electron Systems -- SCES'98, 1999, Paris. Physica B, 1998. v. 259. p. 769-770.

• Pereira, V.S. ; Desegna, S.C. ; BLAWID, S ; BLAWID, S. . Manufacturing of PEDOT:PSS based conductive paper for humidity sensing. In: XVIII Brazil MRS Meeting, 2019, Balneário Camboriú. Livro de resumos do XVIII Encontra do SBPMat, 2019. p. 4FPD.

• Amaral, C. ; BLAWID, S. ; BLAWID, S. . Towards the contact-free measurement of large sheet resistances. In: 5th International Conference on Nanoscience, Nanotechnology and Nanobiotechnology, 2019, Brasília. Abstracts book of 3NANO, 2019. p. P9.

• Lemos, D.N. ; BLAWID, S. ; BLAWID, S. . Quantum phenomena in nanoscale transistors with multiple gates. In: 5th International Conference on Nanoscience, Nanotechnology and Nanobiotechnology, 2019, Brasília. Abstracts Book of 3NANO, 2019. p. P12.

• Pereira, V.S. ; Costa, R.S. ; Leal, L A. ; BLAWID, S ; BLAWID, S. . Towards a scheme for analyzing the UV-Vis absorption of polymeric aggregates and films during aging. In: XVI Brazil MRS Meeting, 2017, Gramado. Livro de resumos do XVI Encontra do SBPMat, 2017.

• Pereira, V.S. ; Braz, J.C.D. ; Pacha, M.C. ; Raro, P.H.S.F. ; BLAWID, S ; BLAWID, S. . Contact contribution to the space-charge limited current in thin P3HT films. In: XIV Brazil MRS meeting, 2015, Rio de Janeiro. Livro de resumos do XIV Encontra do SBPMat, 2015.

• Bothelho, M.B.S. ; da Rocha, C.T. ; de Barros, C.M. ; BLAWID, S ; BLAWID, S. ; Ceschin, A . Fabrication and characterization of all-solution processed polymeric TFTs. In: XIII Brazil MRS meeting, 2014, João Pessoa. Livro de resumos do XIII Encontra do SBPMat, 2014.

• RIBEIRO, A. N. ; MAGELA, G. B. ; BLAWID, S. ; BLAWID, S. . Electrical characterization of PEDOT/PSS circuit paths printed with an office laser printer. In: XII Brazil MRS meeting, 2013, Campos do Jordão. Livro de resumos do XII Encontra do SBPMat, 2013.

• Andrade, A.V.S. ; da Silva, M.V.B. ; Pena, R.C.G. ; Vilela, G.T. ; BLAWID, S. ; BLAWID, S. ; Ceschin, A ; Paterno, L.G. . Layer-by-Layer assembly of a graphene-polymer capacitor. In: XI Brazil MRS Meeting, 2012, Florianópolis. Livro de resumos do XI Encontro da SBPMat, 2012.

• BLAWID, S. ; Blawid, Stefan ; Effective action of electrons interacting with local lattice fluctuations. In: Frühjahrtagung der Deutschen Physikalischen Gesellschaft, 2003, Dresden. Verhandlungen der Deutschen Physikalischen Gesellschaft, 2003.

• BLAWID, S. ; Blawid, Stefan ; Deppeler, Andreas ; Millis, Andrew . Influence of Local Lattice Flutuations on Electronic Properties of Metals. In: American Physical Society March Meeting, 2001, Washington. Bulletin of the American Physical Society, 2001.

• BLAWID, S. ; Blawid, Stefan ; Millis, Andrew . Density wave ordering from weak to strong coupling: a dynamical mean-field study. In: American Physical Society March Meeting, 2000, Mineapolis. Bulletin of the American Physical Society, 2000.

• Pietig, R. ; Bulla, R. ; BLAWID, S. ; BLAWID, S. . Ladungsordnung im erweiterten Hubbard-Modell. In: Frühjahrstagung der Deutschen Physikalischen Gesellschaft, 1999, Münster. Verhandlungen der Deutschen Physikalischen Gesellschaft, 1999.

• BLAWID, S. ; Blawid, Stefan ; Fulde, Peter . A model of semi-metallic behavior in rare-earth compounds. In: American Physical Society March Meeting, 1998, Los Angeles. Bulletin of the American Physical Society, 1998.

• BLAWID, S. ; Blawid, Stefan ; Unveiling the Potential Profile for Channel Access in Staggered Organic Thin-Film Transistors. 2023. (Apresentação de Trabalho/Congresso).

• BLAWID, S. ; BLAWID, S ; Multiscale Simulation of Carbon Electronics. 2019. (Apresentação de Trabalho/Seminário).

• BLAWID, S. ; Blawid, Stefan ; Beyond CMOS. 2018. (Apresentação de Trabalho/Seminário).

• BLAWID, S. ; Blawid, Stefan ; Research at the LDCI/UnB. 2015. (Apresentação de Trabalho/Seminário).

Outras produções

Projetos de pesquisa

• 2018 - 2021

  Crystallization dynamics of thermally annealed natural dyes embedded in polymeric matrices for trap-reduced organic photonic devices, Descrição: Blending organic semiconductors with large-bandgap compounds may present a cost efficient strategy to reduce the impact of traps in photonic devices. In the present proposal, the crystallization dynamics of blends of the synthetic polymeric organic semiconductor P3HT as well as blends of natural dyes with different diluting host matrices shall be investigated. Natural dyes present a ''green'' alternative to synthetic polymers, which often need to be processed employing hazardous halogenated solvents. The formation of crystalline islands and percolation pathways of the economical important natural red and yellow dyes bixin and curcumin will be quantified and compared to the crystallization dynamics of pure polymeric blends.. , Situação: Concluído; Natureza: Pesquisa. , Alunos envolvidos: Graduação: (1) / Mestrado acadêmico: (1) / Doutorado: (1) . , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Vilany Santana Pereira - Integrante / Luciano Almeida Leal - Integrante / Leander Edward Michels Brito Miranda - Coordenador / Geraldo José da Silva - Integrante / Justin Wells - Integrante / Rosana Blawid - Integrante., Financiador(es): Centro Nacional de Pesquisa em Energia e Materiais - Auxílio financeiro.

• 2016 - 2020

  Extração de Correntes Transientes para analisar o transporte de cargas em corantes naturais (ECTAC), Descrição: Este projeto tem como objetivo central o estudo do transporte de cargas em corantes naturais do ponto de vista teórico e experimental. Unindo as duas metodologias, pretendemos colocar o Distrito Federal em destaque no campo da pesquisa dentro Eletrônica orgânica dos fotovoltaicos.. , Situação: Concluído; Natureza: Pesquisa. , Alunos envolvidos: Graduação: (3) / Mestrado acadêmico: (1) / Doutorado: (1) . , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Coordenador / Artemis Marti Ceschin - Integrante / Demétrio Antônio da Silva Filho - Integrante / Luciano Almeida Leal - Integrante., Financiador(es): Fundação de Apoio à Pesquisa do Distrito Federal - Auxílio financeiro.

• 2015 - 2021

  High-frequency modeling and characterization of printed organic crystalline transistors, Projeto certificado pelo(a) coordenador(a) Martin Claus em 31/05/2017., Descrição: From an application point of view, organic devices are often considered too slow for wireless applications due to their low mobilities and related low transit frequencies. On the other hand, organic materials allow fabrication on flexible plastic substrates at moderate fabrication costs with a high throughput. Very recent advances in fabrication of single crystalline films have lead to very high mobilities which, for carefully designed transistor architectures, will push the transit frequencies to values which meet the requirements of wireless applications. In addition, by exploiting the non-quasi-static operation regime of the transistors, circuits operating at tens, hundreds of MHz or even GHz become feasible. With the progress in organic electronics made over the last years, the demand for adequate modeling support beyond the quasi-static approximation thus increases.This project aims to develop and provide device models for organic single crystalline thin films which enable device optimization and circuit design for high-frequency and non-quasi-static operation. A tight collaboration between model development and experimental studies ensures a careful model verification and calibration as well as experimental proof-of-concepts for high-frequency transistor and circuit operation.. , Situação: Concluído; Natureza: Pesquisa. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Schröter, Michael - Integrante / Claus, Martin - Coordenador / Stefan Mannsfeld - Integrante / Johann-Wolfgang Bartha - Integrante., Financiador(es): Deutsche Forschungsgemeinschaft - Cooperação.

• 2014 - 2017

  NAnoPiE - Modeling of 1d pi-conjugated nano structures for analog electronics, Descrição: Objectives: (i) Fabrication: (O1.1) Establish DPN capabilites at LDCI, (O1.2) Write successfully nanowires of conducting polymers with sub m width, (O1.3) Access the possibility to integrate organic nanowires as active channel material in the process flow currently developed at LDCI to manufacture all-printed organic FETs, (O1.4) Pattern successfully CNT growth positions employing DPN; (ii) Modeling: (O2.1) Build successfully a simulation infrastructure of organic pi-conjugated nano structures and simulate benchmark devices, (O2.2) Provide optimized device architectures for organic pi-conjugated nanostructures based on numerical device simulations, (O2.3) Develop and verify compact models for active transistors and passive devices such as resistors, capacitors and inductors, (O2.4) Implement these compact models in Verilog-A for the use in circuit simulators; (iii) Characterization: (O3.1) Setting up the various systems for the experimental characterization of the temperature dependent device behavior and S-parameter measurements and demonstrate the measurement capabilities by the experimental characterization of first prototype devices, (O3.2) Evaluate experimentally the device performance and provide experimental results for the calibration of the numerical device simulator and for the verification of the developed compact models, (O3.3) Evaluate the necessity to extend the device characterization techniques at LDCI. (iv) Circuit Design: (O4.1) Benchmark 1D analog electronics based on organic pi-conjugated semiconductors with various emerging and incumbent technologies; (v) Accompanying activities. , Situação: Concluído; Natureza: Pesquisa. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Coordenador / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / CLAUS, M. - Integrante / Nizamara Simenremis Pereira - Integrante., Financiador(es): Coordenação de Aperfeiçoamento de Pessoal de Nível Superior - Auxílio financeiro., Número de produções C, T & A: 19

• 2013 - 2017

  Compact modeling and characterization of carbon nanotube field-effect transistors and analog high-frequency circuit design, Descrição: Carbon nanotube field-effect transistors (CNTFETs) are an attractive technology for high-speed analog device applications due to their high intrinsic mobility and very low capacitance per tube. First high-frequency devices with moderate layout dimensions and multiple tubes within the channel may soon be available commercially. However, to explore the unique features of carbon nanotube technology in applications a physics based and geometry scalable compact model is urgently needed to enable circuit design and performance optimization. Deriving, experimentally verifying, and implementing such a model for manufacturable CNTFETs is the main goal of the present project. To achieve this goal, fabricated advanced CNTFETs will be extensively characterized experimentally (both small- and large-signal) and results of an existing device simulation infrastructure will be used as a starting point for the compact model development. As prerequisite, a collaboration with an industrial partner has been established that provides access to GHz CNTFETs from a stepper-based fabrication. The present project will bridge the presently existing gap between basic research (physics, chemistry) and practical applications (electrical engineering) by developing device modeling and simulation capabilities that are suitable for investigating the actual potential of CNTFETs in high-frequency analog circuits.. , Situação: Concluído; Natureza: Pesquisa. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Schröter, Michael - Integrante / Claus, Martin - Coordenador., Financiador(es): Deutsche Forschungsgemeinschaft - Cooperação.

Projetos de desenvolvimento

• 2013 - Atual

  Desenvolvimento de novos materiais e aplicação em dispositivos eletroluminescentes, Descrição: Objetivos: (i) Design, síntese e caracterização de novos materiais orgânicos e compostos de coordenação para aplicação como camada ativa de fontes de luz plana (OLEDs e LECs); (ii) Desenvolvimento e caracterização dos dispositivos resultantes da pesquisa.. , Situação: Em andamento; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Maria José Araújo Sales - Integrante / Leonardo Giordano Paterno - Integrante / Marylene Alves Camargo - Integrante / João Batista Lopes Martins - Integrante / Nizamara Simenremis Pereira - Integrante / Jussara Angélica Durães - Integrante / Moema de Barros e Silva Botelho - Integrante / Demétrio Antônio da Silva Filho - Coordenador., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro.

• 2011 - 2015

  Dispositivos orgânicos para marcas impressas de identificação em radiofrequência, Descrição: Printed electronics i.e. the deposition of organic semiconductors on flexible substrates with low-cost printing techniques will in near future complement microelectronics based on crystalline semiconductors. Radio frequency identification (RFID) as used e.g. in employee badges, event access tickets or in the supply chain (including livestock identification) is doubtless an important target market for printed electronics. However, characteristically low transistor switching frequencies and associated high supply voltages are the main obstacles for printed electronics. Therefore, the development of suitable printable inks for manufacturing the different electronic device layers (conducting, semiconducting or dielectric) remains the main challenge. The given project will evaluate the potential of polymers naturally occurring in Brazil as printable inks like the organic compound blends found in oils. In contrast to pure materials research which tends to focus on improving single material properties like the charge carrier mobility the given project employs a true engineering approach drawing on all core competencies available at the Laboratório de Dispositivos e Circuitos Integrados (LDCI) at the University of Brasília. Material specifications will be ultimately derived from RFID circuit design, which is linked to the manufacturing technology via device modeling and simulation. To this extent, simple devices like transistor, inverter, ring oscillator and rectifier will be printed employing an off-the-shelf thermal inkjet printer and thoroughly characterized both physically and electrically.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Artemis Marti Ceschin - Coordenador / Janaina Gonçalves Guimarães - Integrante / José Camargo da Costa - Integrante / Alexandre Ricardo Soares Romariz - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro.

• 2013 - Atual

  Desenvolvimento de novos materiais e aplicação em dispositivos eletroluminescentes, Descrição: Objetivos: (i) Design, síntese e caracterização de novos materiais orgânicos e compostos de coordenação para aplicação como camada ativa de fontes de luz plana (OLEDs e LECs); (ii) Desenvolvimento e caracterização dos dispositivos resultantes da pesquisa.. , Situação: Em andamento; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Maria José Araújo Sales - Integrante / Leonardo Giordano Paterno - Integrante / Marylene Alves Camargo - Integrante / João Batista Lopes Martins - Integrante / Nizamara Simenremis Pereira - Integrante / Jussara Angélica Durães - Integrante / Moema de Barros e Silva Botelho - Integrante / Demétrio Antônio da Silva Filho - Coordenador., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 1 / Número de orientações: 3

• 2012 - 2015

  Instituto Nacional de Ciência e Tecnologia de Sistemas Micro e Nanoletrônicos (Phase III), Descrição: The NAMITEC National Institute of Science and Technology is aimed at advancing the research and development of intelligent micro- and nano-electromechanical systems for use in sensor networks and embedded and self-adjusted systems, among others. Applications include precision agriculture, environmental protection, energy processing, biomedical instrumentation, automotive and aerospace industries, and telecommunications. Within this context, the main goals of this project are the research and development of (a) systems-on-chip and sensor networks, (b) design/test methodology and EDA tools for low-power and fault tolerant analog, RF, and digital integrated circuits, (c) micro- and nano-electromechanical, photo- and optoelectronic devices as well as integration and packaging processes for MEMS and NEMS, (d) materials and processes for the fabrication of micro- and nano-integrated devices and circuits.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Jacobus Willibrordus Swart - Coordenador., Número de produções C, T & A: 4

• 2011 - 2015

  Dispositivos orgânicos para marcas impressas de identificação em radiofrequência, Descrição: Printed electronics i.e. the deposition of organic semiconductors on flexible substrates with low-cost printing techniques will in near future complement microelectronics based on crystalline semiconductors. Radio frequency identification (RFID) as used e.g. in employee badges, event access tickets or in the supply chain (including livestock identification) is doubtless an important target market for printed electronics. However, characteristically low transistor switching frequencies and associated high supply voltages are the main obstacles for printed electronics. Therefore, the development of suitable printable inks for manufacturing the different electronic device layers (conducting, semiconducting or dielectric) remains the main challenge. The given project will evaluate the potential of polymers naturally occurring in Brazil as printable inks like the organic compound blends found in oils. In contrast to pure materials research which tends to focus on improving single material properties like the charge carrier mobility the given project employs a true engineering approach drawing on all core competencies available at the ?Laboratório de Dispositivos e Circuitos Integrados? (LDCI) at the University of Brasília. Material specifications will be ultimately derived from RFID circuit design, which is linked to the manufacturing technology via device modeling and simulation. To this extent, simple devices like transistor, inverter, ring oscillator and rectifier will be printed employing an ?off-the-shelf? thermal inkjet printer and thoroughly characterized both physically and electrically.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Artemis Marti Ceschin - Coordenador / Janaina Gonçalves Guimarães - Integrante / José Camargo da Costa - Integrante / Alexandre Ricardo Soares Romariz - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 6 / Número de orientações: 8

• 2013 - Atual

  Desenvolvimento de novos materiais e aplicação em dispositivos eletroluminescentes, Descrição: Objetivos: (i) Design, síntese e caracterização de novos materiais orgânicos e compostos de coordenação para aplicação como camada ativa de fontes de luz plana (OLEDs e LECs); (ii) Desenvolvimento e caracterização dos dispositivos resultantes da pesquisa.. , Situação: Em andamento; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Maria José Araújo Sales - Integrante / Leonardo Giordano Paterno - Integrante / Marylene Alves Camargo - Integrante / João Batista Lopes Martins - Integrante / Nizamara Simenremis Pereira - Integrante / Jussara Angélica Durães - Integrante / Moema de Barros e Silva Botelho - Integrante / Demétrio Antônio da Silva Filho - Coordenador., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 1 / Número de orientações: 3

• 2012 - 2015

  Instituto Nacional de Ciência e Tecnologia de Sistemas Micro e Nanoletrônicos (Phase III), Descrição: The NAMITEC National Institute of Science and Technology is aimed at advancing the research and development of intelligent micro- and nano-electromechanical systems for use in sensor networks and embedded and self-adjusted systems, among others. Applications include precision agriculture, environmental protection, energy processing, biomedical instrumentation, automotive and aerospace industries, and telecommunications. Within this context, the main goals of this project are the research and development of (a) systems-on-chip and sensor networks, (b) design/test methodology and EDA tools for low-power and fault tolerant analog, RF, and digital integrated circuits, (c) micro- and nano-electromechanical, photo- and optoelectronic devices as well as integration and packaging processes for MEMS and NEMS, (d) materials and processes for the fabrication of micro- and nano-integrated devices and circuits.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Jacobus Willibrordus Swart - Coordenador., Número de produções C, T & A: 4

• 2011 - 2015

  Dispositivos orgânicos para marcas impressas de identificação em radiofrequência, Descrição: Printed electronics i.e. the deposition of organic semiconductors on flexible substrates with low-cost printing techniques will in near future complement microelectronics based on crystalline semiconductors. Radio frequency identification (RFID) as used e.g. in employee badges, event access tickets or in the supply chain (including livestock identification) is doubtless an important target market for printed electronics. However, characteristically low transistor switching frequencies and associated high supply voltages are the main obstacles for printed electronics. Therefore, the development of suitable printable inks for manufacturing the different electronic device layers (conducting, semiconducting or dielectric) remains the main challenge. The given project will evaluate the potential of polymers naturally occurring in Brazil as printable inks like the organic compound blends found in oils. In contrast to pure materials research which tends to focus on improving single material properties like the charge carrier mobility the given project employs a true engineering approach drawing on all core competencies available at the ?Laboratório de Dispositivos e Circuitos Integrados? (LDCI) at the University of Brasília. Material specifications will be ultimately derived from RFID circuit design, which is linked to the manufacturing technology via device modeling and simulation. To this extent, simple devices like transistor, inverter, ring oscillator and rectifier will be printed employing an ?off-the-shelf? thermal inkjet printer and thoroughly characterized both physically and electrically.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Artemis Marti Ceschin - Coordenador / Janaina Gonçalves Guimarães - Integrante / José Camargo da Costa - Integrante / Alexandre Ricardo Soares Romariz - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 6 / Número de orientações: 8

• 2013 - Atual

  Desenvolvimento de novos materiais e aplicação em dispositivos eletroluminescentes, Descrição: Objetivos: (i) Design, síntese e caracterização de novos materiais orgânicos e compostos de coordenação para aplicação como camada ativa de fontes de luz plana (OLEDs e LECs); (ii) Desenvolvimento e caracterização dos dispositivos resultantes da pesquisa.. , Situação: Em andamento; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Maria José Araújo Sales - Integrante / Leonardo Giordano Paterno - Integrante / Marylene Alves Camargo - Integrante / João Batista Lopes Martins - Integrante / Nizamara Simenremis Pereira - Integrante / Jussara Angélica Durães - Integrante / Moema de Barros e Silva Botelho - Integrante / Demétrio Antônio da Silva Filho - Coordenador., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 1 / Número de orientações: 3

• 2012 - 2015

  Instituto Nacional de Ciência e Tecnologia de Sistemas Micro e Nanoletrônicos (Phase III), Descrição: The NAMITEC National Institute of Science and Technology is aimed at advancing the research and development of intelligent micro- and nano-electromechanical systems for use in sensor networks and embedded and self-adjusted systems, among others. Applications include precision agriculture, environmental protection, energy processing, biomedical instrumentation, automotive and aerospace industries, and telecommunications. Within this context, the main goals of this project are the research and development of (a) systems-on-chip and sensor networks, (b) design/test methodology and EDA tools for low-power and fault tolerant analog, RF, and digital integrated circuits, (c) micro- and nano-electromechanical, photo- and optoelectronic devices as well as integration and packaging processes for MEMS and NEMS, (d) materials and processes for the fabrication of micro- and nano-integrated devices and circuits.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Jacobus Willibrordus Swart - Coordenador., Número de produções C, T & A: 4

• 2011 - 2015

  Dispositivos orgânicos para marcas impressas de identificação em radiofrequência, Descrição: Printed electronics i.e. the deposition of organic semiconductors on flexible substrates with low-cost printing techniques will in near future complement microelectronics based on crystalline semiconductors. Radio frequency identification (RFID) as used e.g. in employee badges, event access tickets or in the supply chain (including livestock identification) is doubtless an important target market for printed electronics. However, characteristically low transistor switching frequencies and associated high supply voltages are the main obstacles for printed electronics. Therefore, the development of suitable printable inks for manufacturing the different electronic device layers (conducting, semiconducting or dielectric) remains the main challenge. The given project will evaluate the potential of polymers naturally occurring in Brazil as printable inks like the organic compound blends found in oils. In contrast to pure materials research which tends to focus on improving single material properties like the charge carrier mobility the given project employs a true engineering approach drawing on all core competencies available at the ?Laboratório de Dispositivos e Circuitos Integrados? (LDCI) at the University of Brasília. Material specifications will be ultimately derived from RFID circuit design, which is linked to the manufacturing technology via device modeling and simulation. To this extent, simple devices like transistor, inverter, ring oscillator and rectifier will be printed employing an ?off-the-shelf? thermal inkjet printer and thoroughly characterized both physically and electrically.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Artemis Marti Ceschin - Coordenador / Janaina Gonçalves Guimarães - Integrante / José Camargo da Costa - Integrante / Alexandre Ricardo Soares Romariz - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 6 / Número de orientações: 8

• 2013 - Atual

  Desenvolvimento de novos materiais e aplicação em dispositivos eletroluminescentes, Descrição: Objetivos: (i) Design, síntese e caracterização de novos materiais orgânicos e compostos de coordenação para aplicação como camada ativa de fontes de luz plana (OLEDs e LECs); (ii) Desenvolvimento e caracterização dos dispositivos resultantes da pesquisa.. , Situação: Em andamento; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Maria José Araújo Sales - Integrante / Leonardo Giordano Paterno - Integrante / Marylene Alves Camargo - Integrante / João Batista Lopes Martins - Integrante / Nizamara Simenremis Pereira - Integrante / Jussara Angélica Durães - Integrante / Moema de Barros e Silva Botelho - Integrante / Demétrio Antônio da Silva Filho - Coordenador., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 1 / Número de orientações: 3

• 2012 - 2015

  Instituto Nacional de Ciência e Tecnologia de Sistemas Micro e Nanoletrônicos (Phase III), Descrição: The NAMITEC National Institute of Science and Technology is aimed at advancing the research and development of intelligent micro- and nano-electromechanical systems for use in sensor networks and embedded and self-adjusted systems, among others. Applications include precision agriculture, environmental protection, energy processing, biomedical instrumentation, automotive and aerospace industries, and telecommunications. Within this context, the main goals of this project are the research and development of (a) systems-on-chip and sensor networks, (b) design/test methodology and EDA tools for low-power and fault tolerant analog, RF, and digital integrated circuits, (c) micro- and nano-electromechanical, photo- and optoelectronic devices as well as integration and packaging processes for MEMS and NEMS, (d) materials and processes for the fabrication of micro- and nano-integrated devices and circuits.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Jacobus Willibrordus Swart - Coordenador., Número de produções C, T & A: 4

• 2011 - 2015

  Dispositivos orgânicos para marcas impressas de identificação em radiofrequência, Descrição: Printed electronics i.e. the deposition of organic semiconductors on flexible substrates with low-cost printing techniques will in near future complement microelectronics based on crystalline semiconductors. Radio frequency identification (RFID) as used e.g. in employee badges, event access tickets or in the supply chain (including livestock identification) is doubtless an important target market for printed electronics. However, characteristically low transistor switching frequencies and associated high supply voltages are the main obstacles for printed electronics. Therefore, the development of suitable printable inks for manufacturing the different electronic device layers (conducting, semiconducting or dielectric) remains the main challenge. The given project will evaluate the potential of polymers naturally occurring in Brazil as printable inks like the organic compound blends found in oils. In contrast to pure materials research which tends to focus on improving single material properties like the charge carrier mobility the given project employs a true engineering approach drawing on all core competencies available at the ?Laboratório de Dispositivos e Circuitos Integrados? (LDCI) at the University of Brasília. Material specifications will be ultimately derived from RFID circuit design, which is linked to the manufacturing technology via device modeling and simulation. To this extent, simple devices like transistor, inverter, ring oscillator and rectifier will be printed employing an ?off-the-shelf? thermal inkjet printer and thoroughly characterized both physically and electrically.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Artemis Marti Ceschin - Coordenador / Janaina Gonçalves Guimarães - Integrante / José Camargo da Costa - Integrante / Alexandre Ricardo Soares Romariz - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 6 / Número de orientações: 8

• 2013 - Atual

  Desenvolvimento de novos materiais e aplicação em dispositivos eletroluminescentes, Descrição: Objetivos: (i) Design, síntese e caracterização de novos materiais orgânicos e compostos de coordenação para aplicação como camada ativa de fontes de luz plana (OLEDs e LECs); (ii) Desenvolvimento e caracterização dos dispositivos resultantes da pesquisa.. , Situação: Em andamento; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Maria José Araújo Sales - Integrante / Leonardo Giordano Paterno - Integrante / Marylene Alves Camargo - Integrante / João Batista Lopes Martins - Integrante / Nizamara Simenremis Pereira - Integrante / Jussara Angélica Durães - Integrante / Moema de Barros e Silva Botelho - Integrante / Demétrio Antônio da Silva Filho - Coordenador., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 1 / Número de orientações: 3

• 2012 - 2015

  Instituto Nacional de Ciência e Tecnologia de Sistemas Micro e Nanoletrônicos (Phase III), Descrição: The NAMITEC National Institute of Science and Technology is aimed at advancing the research and development of intelligent micro- and nano-electromechanical systems for use in sensor networks and embedded and self-adjusted systems, among others. Applications include precision agriculture, environmental protection, energy processing, biomedical instrumentation, automotive and aerospace industries, and telecommunications. Within this context, the main goals of this project are the research and development of (a) systems-on-chip and sensor networks, (b) design/test methodology and EDA tools for low-power and fault tolerant analog, RF, and digital integrated circuits, (c) micro- and nano-electromechanical, photo- and optoelectronic devices as well as integration and packaging processes for MEMS and NEMS, (d) materials and processes for the fabrication of micro- and nano-integrated devices and circuits.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Jacobus Willibrordus Swart - Coordenador., Número de produções C, T & A: 4

• 2011 - 2015

  Dispositivos orgânicos para marcas impressas de identificação em radiofrequência, Descrição: Printed electronics i.e. the deposition of organic semiconductors on flexible substrates with low-cost printing techniques will in near future complement microelectronics based on crystalline semiconductors. Radio frequency identification (RFID) as used e.g. in employee badges, event access tickets or in the supply chain (including livestock identification) is doubtless an important target market for printed electronics. However, characteristically low transistor switching frequencies and associated high supply voltages are the main obstacles for printed electronics. Therefore, the development of suitable printable inks for manufacturing the different electronic device layers (conducting, semiconducting or dielectric) remains the main challenge. The given project will evaluate the potential of polymers naturally occurring in Brazil as printable inks like the organic compound blends found in oils. In contrast to pure materials research which tends to focus on improving single material properties like the charge carrier mobility the given project employs a true engineering approach drawing on all core competencies available at the ?Laboratório de Dispositivos e Circuitos Integrados? (LDCI) at the University of Brasília. Material specifications will be ultimately derived from RFID circuit design, which is linked to the manufacturing technology via device modeling and simulation. To this extent, simple devices like transistor, inverter, ring oscillator and rectifier will be printed employing an ?off-the-shelf? thermal inkjet printer and thoroughly characterized both physically and electrically.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Artemis Marti Ceschin - Coordenador / Janaina Gonçalves Guimarães - Integrante / José Camargo da Costa - Integrante / Alexandre Ricardo Soares Romariz - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 6 / Número de orientações: 8

• 2013 - Atual

  Desenvolvimento de novos materiais e aplicação em dispositivos eletroluminescentes, Descrição: Objetivos: (i) Design, síntese e caracterização de novos materiais orgânicos e compostos de coordenação para aplicação como camada ativa de fontes de luz plana (OLEDs e LECs); (ii) Desenvolvimento e caracterização dos dispositivos resultantes da pesquisa.. , Situação: Em andamento; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Maria José Araújo Sales - Integrante / Leonardo Giordano Paterno - Integrante / Marylene Alves Camargo - Integrante / João Batista Lopes Martins - Integrante / Nizamara Simenremis Pereira - Integrante / Jussara Angélica Durães - Integrante / Moema de Barros e Silva Botelho - Integrante / Demétrio Antônio da Silva Filho - Coordenador., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 1 / Número de orientações: 3

• 2012 - 2015

  Instituto Nacional de Ciência e Tecnologia de Sistemas Micro e Nanoletrônicos (Phase III), Descrição: The NAMITEC National Institute of Science and Technology is aimed at advancing the research and development of intelligent micro- and nano-electromechanical systems for use in sensor networks and embedded and self-adjusted systems, among others. Applications include precision agriculture, environmental protection, energy processing, biomedical instrumentation, automotive and aerospace industries, and telecommunications. Within this context, the main goals of this project are the research and development of (a) systems-on-chip and sensor networks, (b) design/test methodology and EDA tools for low-power and fault tolerant analog, RF, and digital integrated circuits, (c) micro- and nano-electromechanical, photo- and optoelectronic devices as well as integration and packaging processes for MEMS and NEMS, (d) materials and processes for the fabrication of micro- and nano-integrated devices and circuits. Phase III: Na linha A.2 (Projetos de CI): Simulação de transistores de efeito-campo de nanotubos de carbono para aplicações analógicas; Na linha A.4 (Dispositivos semicondutores): Modelagem do transporte em materiais orgânicos (OFETs) e Projeto auxiliado por computador para a tecnologia de OLEDs. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Jacobus Willibrordus Swart - Coordenador., Número de produções C, T & A: 4

• 2011 - 2015

  Dispositivos orgânicos para marcas impressas de identificação em radiofrequência, Descrição: Printed electronics i.e. the deposition of organic semiconductors on flexible substrates with low-cost printing techniques will in near future complement microelectronics based on crystalline semiconductors. Radio frequency identification (RFID) as used e.g. in employee badges, event access tickets or in the supply chain (including livestock identification) is doubtless an important target market for printed electronics. However, characteristically low transistor switching frequencies and associated high supply voltages are the main obstacles for printed electronics. Therefore, the development of suitable printable inks for manufacturing the different electronic device layers (conducting, semiconducting or dielectric) remains the main challenge. The given project will evaluate the potential of polymers naturally occurring in Brazil as printable inks like the organic compound blends found in oils. In contrast to pure materials research which tends to focus on improving single material properties like the charge carrier mobility the given project employs a true engineering approach drawing on all core competencies available at the ?Laboratório de Dispositivos e Circuitos Integrados? (LDCI) at the University of Brasília. Material specifications will be ultimately derived from RFID circuit design, which is linked to the manufacturing technology via device modeling and simulation. To this extent, simple devices like transistor, inverter, ring oscillator and rectifier will be printed employing an ?off-the-shelf? thermal inkjet printer and thoroughly characterized both physically and electrically.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Artemis Marti Ceschin - Coordenador / Janaina Gonçalves Guimarães - Integrante / José Camargo da Costa - Integrante / Alexandre Ricardo Soares Romariz - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 6 / Número de orientações: 8

• 2013 - 2018

  Desenvolvimento de novos materiais e aplicação em dispositivos eletroluminescentes, Descrição: Objetivos: (i) Design, síntese e caracterização de novos materiais orgânicos e compostos de coordenação para aplicação como camada ativa de fontes de luz plana (OLEDs e LECs); (ii) Desenvolvimento e caracterização dos dispositivos resultantes da pesquisa.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Maria José Araújo Sales - Integrante / Leonardo Giordano Paterno - Integrante / João Batista Lopes Martins - Integrante / Nizamara Simenremis Pereira - Integrante / Jussara Angélica Durães - Integrante / Moema de Barros e Silva Botelho - Integrante / Demétrio Antônio da Silva Filho - Coordenador / Maryene Alves Camargo - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 1 / Número de orientações: 3

• 2012 - 2015

  Instituto Nacional de Ciência e Tecnologia de Sistemas Micro e Nanoletrônicos (Phase III), Descrição: The NAMITEC National Institute of Science and Technology is aimed at advancing the research and development of intelligent micro- and nano-electromechanical systems for use in sensor networks and embedded and self-adjusted systems, among others. Applications include precision agriculture, environmental protection, energy processing, biomedical instrumentation, automotive and aerospace industries, and telecommunications. Within this context, the main goals of this project are the research and development of (a) systems-on-chip and sensor networks, (b) design/test methodology and EDA tools for low-power and fault tolerant analog, RF, and digital integrated circuits, (c) micro- and nano-electromechanical, photo- and optoelectronic devices as well as integration and packaging processes for MEMS and NEMS, (d) materials and processes for the fabrication of micro- and nano-integrated devices and circuits. Phase III: Na linha A.2 (Projetos de CI): Simulação de transistores de efeito-campo de nanotubos de carbono para aplicações analógicas; Na linha A.4 (Dispositivos semicondutores): Modelagem do transporte em materiais orgânicos (OFETs) e Projeto auxiliado por computador para a tecnologia de OLEDs. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Jacobus Willibrordus Swart - Coordenador., Número de produções C, T & A: 4

• 2011 - 2015

  Dispositivos orgânicos para marcas impressas de identificação em radiofrequência, Descrição: Printed electronics i.e. the deposition of organic semiconductors on flexible substrates with low-cost printing techniques will in near future complement microelectronics based on crystalline semiconductors. Radio frequency identification (RFID) as used e.g. in employee badges, event access tickets or in the supply chain (including livestock identification) is doubtless an important target market for printed electronics. However, characteristically low transistor switching frequencies and associated high supply voltages are the main obstacles for printed electronics. Therefore, the development of suitable printable inks for manufacturing the different electronic device layers (conducting, semiconducting or dielectric) remains the main challenge. The given project will evaluate the potential of polymers naturally occurring in Brazil as printable inks like the organic compound blends found in oils. In contrast to pure materials research which tends to focus on improving single material properties like the charge carrier mobility the given project employs a true engineering approach drawing on all core competencies available at the ?Laboratório de Dispositivos e Circuitos Integrados? (LDCI) at the University of Brasília. Material specifications will be ultimately derived from RFID circuit design, which is linked to the manufacturing technology via device modeling and simulation. To this extent, simple devices like transistor, inverter, ring oscillator and rectifier will be printed employing an ?off-the-shelf? thermal inkjet printer and thoroughly characterized both physically and electrically.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Artemis Marti Ceschin - Coordenador / Janaina Gonçalves Guimarães - Integrante / José Camargo da Costa - Integrante / Alexandre Ricardo Soares Romariz - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 6 / Número de orientações: 8

• 2014 - 2017

  Desenvolvimento de novos materiais e aplicação em dispositivos eletroluminescentes, Descrição: Objetivos: (i) Design, síntese e caracterização de novos materiais orgânicos e compostos de coordenação para aplicação como camada ativa de fontes de luz plana (OLEDs e LECs); (ii) Desenvolvimento e caracterização dos dispositivos resultantes da pesquisa.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Maria José Araújo Sales - Integrante / Leonardo Giordano Paterno - Integrante / João Batista Lopes Martins - Integrante / Nizamara Simenremis Pereira - Integrante / Jussara Angélica Durães - Integrante / Moema de Barros e Silva Botelho - Integrante / Demétrio Antônio da Silva Filho - Coordenador / Maryene Alves Camargo - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 1 / Número de orientações: 3

• 2012 - 2014

  Instituto Nacional de Ciência e Tecnologia de Sistemas Micro e Nanoletrônicos (Phase III), Descrição: The NAMITEC National Institute of Science and Technology is aimed at advancing the research and development of intelligent micro- and nano-electromechanical systems for use in sensor networks and embedded and self-adjusted systems, among others. Applications include precision agriculture, environmental protection, energy processing, biomedical instrumentation, automotive and aerospace industries, and telecommunications. Within this context, the main goals of this project are the research and development of (a) systems-on-chip and sensor networks, (b) design/test methodology and EDA tools for low-power and fault tolerant analog, RF, and digital integrated circuits, (c) micro- and nano-electromechanical, photo- and optoelectronic devices as well as integration and packaging processes for MEMS and NEMS, (d) materials and processes for the fabrication of micro- and nano-integrated devices and circuits. Phase III: Na linha A.2 (Projetos de CI): Simulação de transistores de efeito-campo de nanotubos de carbono para aplicações analógicas; Na linha A.4 (Dispositivos semicondutores): Modelagem do transporte em materiais orgânicos (OFETs) e Projeto auxiliado por computador para a tecnologia de OLEDs. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Jacobus Willibrordus Swart - Coordenador., Número de produções C, T & A: 4

• 2011 - 2014

  Dispositivos orgânicos para marcas impressas de identificação em radiofrequência, Descrição: Printed electronics i.e. the deposition of organic semiconductors on flexible substrates with low-cost printing techniques will in near future complement microelectronics based on crystalline semiconductors. Radio frequency identification (RFID) as used e.g. in employee badges, event access tickets or in the supply chain (including livestock identification) is doubtless an important target market for printed electronics. However, characteristically low transistor switching frequencies and associated high supply voltages are the main obstacles for printed electronics. Therefore, the development of suitable printable inks for manufacturing the different electronic device layers (conducting, semiconducting or dielectric) remains the main challenge. The given project will evaluate the potential of polymers naturally occurring in Brazil as printable inks like the organic compound blends found in oils. In contrast to pure materials research which tends to focus on improving single material properties like the charge carrier mobility the given project employs a true engineering approach drawing on all core competencies available at the ?Laboratório de Dispositivos e Circuitos Integrados? (LDCI) at the University of Brasília. Material specifications will be ultimately derived from RFID circuit design, which is linked to the manufacturing technology via device modeling and simulation. To this extent, simple devices like transistor, inverter, ring oscillator and rectifier will be printed employing an ?off-the-shelf? thermal inkjet printer and thoroughly characterized both physically and electrically.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Artemis Marti Ceschin - Coordenador / Janaina Gonçalves Guimarães - Integrante / José Camargo da Costa - Integrante / Alexandre Ricardo Soares Romariz - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 6 / Número de orientações: 8

• 2014 - 2017

  Desenvolvimento de novos materiais e aplicação em dispositivos eletroluminescentes, Descrição: Objetivos: (i) Design, síntese e caracterização de novos materiais orgânicos e compostos de coordenação para aplicação como camada ativa de fontes de luz plana (OLEDs e LECs); (ii) Desenvolvimento e caracterização dos dispositivos resultantes da pesquisa.. , Situação: Concluído; Natureza: Desenvolvimento.

• 2012 - 2014

  Instituto Nacional de Ciência e Tecnologia de Sistemas Micro e Nanoletrônicos (Phase III), Descrição: The NAMITEC National Institute of Science and Technology is aimed at advancing the research and development of intelligent micro- and nano-electromechanical systems for use in sensor networks and embedded and self-adjusted systems, among others. Applications include precision agriculture, environmental protection, energy processing, biomedical instrumentation, automotive and aerospace industries, and telecommunications. Within this context, the main goals of this project are the research and development of (a) systems-on-chip and sensor networks, (b) design/test methodology and EDA tools for low-power and fault tolerant analog, RF, and digital integrated circuits, (c) micro- and nano-electromechanical, photo- and optoelectronic devices as well as integration and packaging processes for MEMS and NEMS, (d) materials and processes for the fabrication of micro- and nano-integrated devices and circuits. Phase III: Na linha A.2 (Projetos de CI): Simulação de transistores de efeito-campo de nanotubos de carbono para aplicações analógicas; Na linha A.4 (Dispositivos semicondutores): Modelagem do transporte em materiais orgânicos (OFETs) e Projeto auxiliado por computador para a tecnologia de OLEDs. , Situação: Concluído; Natureza: Desenvolvimento.

• 2011 - 2014

  Dispositivos orgânicos para marcas impressas de identificação em radiofrequência, Descrição: Printed electronics i.e. the deposition of organic semiconductors on flexible substrates with low-cost printing techniques will in near future complement microelectronics based on crystalline semiconductors. Radio frequency identification (RFID) as used e.g. in employee badges, event access tickets or in the supply chain (including livestock identification) is doubtless an important target market for printed electronics. However, characteristically low transistor switching frequencies and associated high supply voltages are the main obstacles for printed electronics. Therefore, the development of suitable printable inks for manufacturing the different electronic device layers (conducting, semiconducting or dielectric) remains the main challenge. The given project will evaluate the potential of polymers naturally occurring in Brazil as printable inks like the organic compound blends found in oils. In contrast to pure materials research which tends to focus on improving single material properties like the charge carrier mobility the given project employs a true engineering approach drawing on all core competencies available at the ?Laboratório de Dispositivos e Circuitos Integrados? (LDCI) at the University of Brasília. Material specifications will be ultimately derived from RFID circuit design, which is linked to the manufacturing technology via device modeling and simulation. To this extent, simple devices like transistor, inverter, ring oscillator and rectifier will be printed employing an ?off-the-shelf? thermal inkjet printer and thoroughly characterized both physically and electrically.. , Situação: Concluído; Natureza: Desenvolvimento.

• 2014 - 2017

  Desenvolvimento de novos materiais e aplicação em dispositivos eletroluminescentes, Descrição: Objetivos: (i) Design, síntese e caracterização de novos materiais orgânicos e compostos de coordenação para aplicação como camada ativa de fontes de luz plana (OLEDs e LECs); (ii) Desenvolvimento e caracterização dos dispositivos resultantes da pesquisa.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Maria José Araújo Sales - Integrante / Leonardo Giordano Paterno - Integrante / João Batista Lopes Martins - Integrante / Nizamara Simenremis Pereira - Integrante / Jussara Angélica Durães - Integrante / Moema de Barros e Silva Botelho - Integrante / Demétrio Antônio da Silva Filho - Coordenador / Maryene Alves Camargo - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 1 / Número de orientações: 3

• 2012 - 2014

  Instituto Nacional de Ciência e Tecnologia de Sistemas Micro e Nanoletrônicos (Phase III), Descrição: The NAMITEC National Institute of Science and Technology is aimed at advancing the research and development of intelligent micro- and nano-electromechanical systems for use in sensor networks and embedded and self-adjusted systems, among others. Applications include precision agriculture, environmental protection, energy processing, biomedical instrumentation, automotive and aerospace industries, and telecommunications. Within this context, the main goals of this project are the research and development of (a) systems-on-chip and sensor networks, (b) design/test methodology and EDA tools for low-power and fault tolerant analog, RF, and digital integrated circuits, (c) micro- and nano-electromechanical, photo- and optoelectronic devices as well as integration and packaging processes for MEMS and NEMS, (d) materials and processes for the fabrication of micro- and nano-integrated devices and circuits. Phase III: Na linha A.2 (Projetos de CI): Simulação de transistores de efeito-campo de nanotubos de carbono para aplicações analógicas; Na linha A.4 (Dispositivos semicondutores): Modelagem do transporte em materiais orgânicos (OFETs) e Projeto auxiliado por computador para a tecnologia de OLEDs. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Jacobus Willibrordus Swart - Coordenador., Número de produções C, T & A: 4

• 2011 - 2014

  Dispositivos orgânicos para marcas impressas de identificação em radiofrequência, Descrição: Printed electronics i.e. the deposition of organic semiconductors on flexible substrates with low-cost printing techniques will in near future complement microelectronics based on crystalline semiconductors. Radio frequency identification (RFID) as used e.g. in employee badges, event access tickets or in the supply chain (including livestock identification) is doubtless an important target market for printed electronics. However, characteristically low transistor switching frequencies and associated high supply voltages are the main obstacles for printed electronics. Therefore, the development of suitable printable inks for manufacturing the different electronic device layers (conducting, semiconducting or dielectric) remains the main challenge. The given project will evaluate the potential of polymers naturally occurring in Brazil as printable inks like the organic compound blends found in oils. In contrast to pure materials research which tends to focus on improving single material properties like the charge carrier mobility the given project employs a true engineering approach drawing on all core competencies available at the ?Laboratório de Dispositivos e Circuitos Integrados? (LDCI) at the University of Brasília. Material specifications will be ultimately derived from RFID circuit design, which is linked to the manufacturing technology via device modeling and simulation. To this extent, simple devices like transistor, inverter, ring oscillator and rectifier will be printed employing an ?off-the-shelf? thermal inkjet printer and thoroughly characterized both physically and electrically.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Artemis Marti Ceschin - Coordenador / Janaina Gonçalves Guimarães - Integrante / José Camargo da Costa - Integrante / Alexandre Ricardo Soares Romariz - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 6 / Número de orientações: 8

• 2014 - 2017

  Desenvolvimento de novos materiais e aplicação em dispositivos eletroluminescentes, Descrição: Objetivos: (i) Design, síntese e caracterização de novos materiais orgânicos e compostos de coordenação para aplicação como camada ativa de fontes de luz plana (OLEDs e LECs); (ii) Desenvolvimento e caracterização dos dispositivos resultantes da pesquisa.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Maria José Araújo Sales - Integrante / Leonardo Giordano Paterno - Integrante / João Batista Lopes Martins - Integrante / Nizamara Simenremis Pereira - Integrante / Jussara Angélica Durães - Integrante / Moema de Barros e Silva Botelho - Integrante / Demétrio Antônio da Silva Filho - Coordenador / Maryene Alves Camargo - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 1 / Número de orientações: 3

• 2012 - 2014

  Instituto Nacional de Ciência e Tecnologia de Sistemas Micro e Nanoletrônicos (Phase III), Descrição: The NAMITEC National Institute of Science and Technology is aimed at advancing the research and development of intelligent micro- and nano-electromechanical systems for use in sensor networks and embedded and self-adjusted systems, among others. Applications include precision agriculture, environmental protection, energy processing, biomedical instrumentation, automotive and aerospace industries, and telecommunications. Within this context, the main goals of this project are the research and development of (a) systems-on-chip and sensor networks, (b) design/test methodology and EDA tools for low-power and fault tolerant analog, RF, and digital integrated circuits, (c) micro- and nano-electromechanical, photo- and optoelectronic devices as well as integration and packaging processes for MEMS and NEMS, (d) materials and processes for the fabrication of micro- and nano-integrated devices and circuits. Phase III: Na linha A.2 (Projetos de CI): Simulação de transistores de efeito-campo de nanotubos de carbono para aplicações analógicas; Na linha A.4 (Dispositivos semicondutores): Modelagem do transporte em materiais orgânicos (OFETs) e Projeto auxiliado por computador para a tecnologia de OLEDs. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Jacobus Willibrordus Swart - Coordenador., Número de produções C, T & A: 4

• 2011 - 2014

  Dispositivos orgânicos para marcas impressas de identificação em radiofrequência, Descrição: Printed electronics i.e. the deposition of organic semiconductors on flexible substrates with low-cost printing techniques will in near future complement microelectronics based on crystalline semiconductors. Radio frequency identification (RFID) as used e.g. in employee badges, event access tickets or in the supply chain (including livestock identification) is doubtless an important target market for printed electronics. However, characteristically low transistor switching frequencies and associated high supply voltages are the main obstacles for printed electronics. Therefore, the development of suitable printable inks for manufacturing the different electronic device layers (conducting, semiconducting or dielectric) remains the main challenge. The given project will evaluate the potential of polymers naturally occurring in Brazil as printable inks like the organic compound blends found in oils. In contrast to pure materials research which tends to focus on improving single material properties like the charge carrier mobility the given project employs a true engineering approach drawing on all core competencies available at the ?Laboratório de Dispositivos e Circuitos Integrados? (LDCI) at the University of Brasília. Material specifications will be ultimately derived from RFID circuit design, which is linked to the manufacturing technology via device modeling and simulation. To this extent, simple devices like transistor, inverter, ring oscillator and rectifier will be printed employing an ?off-the-shelf? thermal inkjet printer and thoroughly characterized both physically and electrically.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Artemis Marti Ceschin - Coordenador / Janaina Gonçalves Guimarães - Integrante / José Camargo da Costa - Integrante / Alexandre Ricardo Soares Romariz - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 6 / Número de orientações: 8

• 2014 - 2017

  Desenvolvimento de novos materiais e aplicação em dispositivos eletroluminescentes, Descrição: Objetivos: (i) Design, síntese e caracterização de novos materiais orgânicos e compostos de coordenação para aplicação como camada ativa de fontes de luz plana (OLEDs e LECs); (ii) Desenvolvimento e caracterização dos dispositivos resultantes da pesquisa.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Maria José Araújo Sales - Integrante / Leonardo Giordano Paterno - Integrante / João Batista Lopes Martins - Integrante / Nizamara Simenremis Pereira - Integrante / Jussara Angélica Durães - Integrante / Moema de Barros e Silva Botelho - Integrante / Demétrio Antônio da Silva Filho - Coordenador / Maryene Alves Camargo - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 1 / Número de orientações: 3

• 2012 - 2014

  Instituto Nacional de Ciência e Tecnologia de Sistemas Micro e Nanoletrônicos (Phase III), Descrição: The NAMITEC National Institute of Science and Technology is aimed at advancing the research and development of intelligent micro- and nano-electromechanical systems for use in sensor networks and embedded and self-adjusted systems, among others. Applications include precision agriculture, environmental protection, energy processing, biomedical instrumentation, automotive and aerospace industries, and telecommunications. Within this context, the main goals of this project are the research and development of (a) systems-on-chip and sensor networks, (b) design/test methodology and EDA tools for low-power and fault tolerant analog, RF, and digital integrated circuits, (c) micro- and nano-electromechanical, photo- and optoelectronic devices as well as integration and packaging processes for MEMS and NEMS, (d) materials and processes for the fabrication of micro- and nano-integrated devices and circuits. Phase III: Na linha A.2 (Projetos de CI): Simulação de transistores de efeito-campo de nanotubos de carbono para aplicações analógicas; Na linha A.4 (Dispositivos semicondutores): Modelagem do transporte em materiais orgânicos (OFETs) e Projeto auxiliado por computador para a tecnologia de OLEDs. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Jacobus Willibrordus Swart - Coordenador., Número de produções C, T & A: 4

• 2011 - 2014

  Dispositivos orgânicos para marcas impressas de identificação em radiofrequência, Descrição: Printed electronics i.e. the deposition of organic semiconductors on flexible substrates with low-cost printing techniques will in near future complement microelectronics based on crystalline semiconductors. Radio frequency identification (RFID) as used e.g. in employee badges, event access tickets or in the supply chain (including livestock identification) is doubtless an important target market for printed electronics. However, characteristically low transistor switching frequencies and associated high supply voltages are the main obstacles for printed electronics. Therefore, the development of suitable printable inks for manufacturing the different electronic device layers (conducting, semiconducting or dielectric) remains the main challenge. The given project will evaluate the potential of polymers naturally occurring in Brazil as printable inks like the organic compound blends found in oils. In contrast to pure materials research which tends to focus on improving single material properties like the charge carrier mobility the given project employs a true engineering approach drawing on all core competencies available at the ?Laboratório de Dispositivos e Circuitos Integrados? (LDCI) at the University of Brasília. Material specifications will be ultimately derived from RFID circuit design, which is linked to the manufacturing technology via device modeling and simulation. To this extent, simple devices like transistor, inverter, ring oscillator and rectifier will be printed employing an ?off-the-shelf? thermal inkjet printer and thoroughly characterized both physically and electrically.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Artemis Marti Ceschin - Coordenador / Janaina Gonçalves Guimarães - Integrante / José Camargo da Costa - Integrante / Alexandre Ricardo Soares Romariz - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 6 / Número de orientações: 8

• 2014 - 2017

  Desenvolvimento de novos materiais e aplicação em dispositivos eletroluminescentes, Descrição: Objetivos: (i) Design, síntese e caracterização de novos materiais orgânicos e compostos de coordenação para aplicação como camada ativa de fontes de luz plana (OLEDs e LECs); (ii) Desenvolvimento e caracterização dos dispositivos resultantes da pesquisa.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Maria José Araújo Sales - Integrante / Leonardo Giordano Paterno - Integrante / João Batista Lopes Martins - Integrante / Nizamara Simenremis Pereira - Integrante / Jussara Angélica Durães - Integrante / Moema de Barros e Silva Botelho - Integrante / Demétrio Antônio da Silva Filho - Coordenador / Maryene Alves Camargo - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 1 / Número de orientações: 3

• 2012 - 2014

  Instituto Nacional de Ciência e Tecnologia de Sistemas Micro e Nanoletrônicos (Phase III), Descrição: The NAMITEC National Institute of Science and Technology is aimed at advancing the research and development of intelligent micro- and nano-electromechanical systems for use in sensor networks and embedded and self-adjusted systems, among others. Applications include precision agriculture, environmental protection, energy processing, biomedical instrumentation, automotive and aerospace industries, and telecommunications. Within this context, the main goals of this project are the research and development of (a) systems-on-chip and sensor networks, (b) design/test methodology and EDA tools for low-power and fault tolerant analog, RF, and digital integrated circuits, (c) micro- and nano-electromechanical, photo- and optoelectronic devices as well as integration and packaging processes for MEMS and NEMS, (d) materials and processes for the fabrication of micro- and nano-integrated devices and circuits. Phase III: Na linha A.2 (Projetos de CI): Simulação de transistores de efeito-campo de nanotubos de carbono para aplicações analógicas; Na linha A.4 (Dispositivos semicondutores): Modelagem do transporte em materiais orgânicos (OFETs) e Projeto auxiliado por computador para a tecnologia de OLEDs. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Jacobus Willibrordus Swart - Coordenador., Número de produções C, T & A: 4

• 2011 - 2014

  Dispositivos orgânicos para marcas impressas de identificação em radiofrequência, Descrição: Printed electronics i.e. the deposition of organic semiconductors on flexible substrates with low-cost printing techniques will in near future complement microelectronics based on crystalline semiconductors. Radio frequency identification (RFID) as used e.g. in employee badges, event access tickets or in the supply chain (including livestock identification) is doubtless an important target market for printed electronics. However, characteristically low transistor switching frequencies and associated high supply voltages are the main obstacles for printed electronics. Therefore, the development of suitable printable inks for manufacturing the different electronic device layers (conducting, semiconducting or dielectric) remains the main challenge. The given project will evaluate the potential of polymers naturally occurring in Brazil as printable inks like the organic compound blends found in oils. In contrast to pure materials research which tends to focus on improving single material properties like the charge carrier mobility the given project employs a true engineering approach drawing on all core competencies available at the ?Laboratório de Dispositivos e Circuitos Integrados? (LDCI) at the University of Brasília. Material specifications will be ultimately derived from RFID circuit design, which is linked to the manufacturing technology via device modeling and simulation. To this extent, simple devices like transistor, inverter, ring oscillator and rectifier will be printed employing an ?off-the-shelf? thermal inkjet printer and thoroughly characterized both physically and electrically.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Artemis Marti Ceschin - Coordenador / Janaina Gonçalves Guimarães - Integrante / José Camargo da Costa - Integrante / Alexandre Ricardo Soares Romariz - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 6 / Número de orientações: 8

• 2014 - 2017

  Desenvolvimento de novos materiais e aplicação em dispositivos eletroluminescentes, Descrição: Objetivos: (i) Design, síntese e caracterização de novos materiais orgânicos e compostos de coordenação para aplicação como camada ativa de fontes de luz plana (OLEDs e LECs); (ii) Desenvolvimento e caracterização dos dispositivos resultantes da pesquisa.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Maria José Araújo Sales - Integrante / Leonardo Giordano Paterno - Integrante / João Batista Lopes Martins - Integrante / Nizamara Simenremis Pereira - Integrante / Jussara Angélica Durães - Integrante / Moema de Barros e Silva Botelho - Integrante / Demétrio Antônio da Silva Filho - Coordenador / Maryene Alves Camargo - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 1 / Número de orientações: 3

• 2012 - 2014

  Instituto Nacional de Ciência e Tecnologia de Sistemas Micro e Nanoletrônicos (Phase III), Descrição: The NAMITEC National Institute of Science and Technology is aimed at advancing the research and development of intelligent micro- and nano-electromechanical systems for use in sensor networks and embedded and self-adjusted systems, among others. Applications include precision agriculture, environmental protection, energy processing, biomedical instrumentation, automotive and aerospace industries, and telecommunications. Within this context, the main goals of this project are the research and development of (a) systems-on-chip and sensor networks, (b) design/test methodology and EDA tools for low-power and fault tolerant analog, RF, and digital integrated circuits, (c) micro- and nano-electromechanical, photo- and optoelectronic devices as well as integration and packaging processes for MEMS and NEMS, (d) materials and processes for the fabrication of micro- and nano-integrated devices and circuits. Phase III: Na linha A.2 (Projetos de CI): Simulação de transistores de efeito-campo de nanotubos de carbono para aplicações analógicas; Na linha A.4 (Dispositivos semicondutores): Modelagem do transporte em materiais orgânicos (OFETs) e Projeto auxiliado por computador para a tecnologia de OLEDs. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Jacobus Willibrordus Swart - Coordenador., Número de produções C, T & A: 4

• 2011 - 2014

  Dispositivos orgânicos para marcas impressas de identificação em radiofrequência, Descrição: Printed electronics i.e. the deposition of organic semiconductors on flexible substrates with low-cost printing techniques will in near future complement microelectronics based on crystalline semiconductors. Radio frequency identification (RFID) as used e.g. in employee badges, event access tickets or in the supply chain (including livestock identification) is doubtless an important target market for printed electronics. However, characteristically low transistor switching frequencies and associated high supply voltages are the main obstacles for printed electronics. Therefore, the development of suitable printable inks for manufacturing the different electronic device layers (conducting, semiconducting or dielectric) remains the main challenge. The given project will evaluate the potential of polymers naturally occurring in Brazil as printable inks like the organic compound blends found in oils. In contrast to pure materials research which tends to focus on improving single material properties like the charge carrier mobility the given project employs a true engineering approach drawing on all core competencies available at the ?Laboratório de Dispositivos e Circuitos Integrados? (LDCI) at the University of Brasília. Material specifications will be ultimately derived from RFID circuit design, which is linked to the manufacturing technology via device modeling and simulation. To this extent, simple devices like transistor, inverter, ring oscillator and rectifier will be printed employing an ?off-the-shelf? thermal inkjet printer and thoroughly characterized both physically and electrically.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Artemis Marti Ceschin - Coordenador / Janaina Gonçalves Guimarães - Integrante / José Camargo da Costa - Integrante / Alexandre Ricardo Soares Romariz - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 6 / Número de orientações: 8

• 2014 - 2017

  Desenvolvimento de novos materiais e aplicação em dispositivos eletroluminescentes, Descrição: Objetivos: (i) Design, síntese e caracterização de novos materiais orgânicos e compostos de coordenação para aplicação como camada ativa de fontes de luz plana (OLEDs e LECs); (ii) Desenvolvimento e caracterização dos dispositivos resultantes da pesquisa.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Maria José Araújo Sales - Integrante / Leonardo Giordano Paterno - Integrante / João Batista Lopes Martins - Integrante / Nizamara Simenremis Pereira - Integrante / Jussara Angélica Durães - Integrante / Moema de Barros e Silva Botelho - Integrante / Demétrio Antônio da Silva Filho - Coordenador / Maryene Alves Camargo - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 4

• 2012 - 2014

  Instituto Nacional de Ciência e Tecnologia de Sistemas Micro e Nanoletrônicos (Phase III), Descrição: The NAMITEC National Institute of Science and Technology is aimed at advancing the research and development of intelligent micro- and nano-electromechanical systems for use in sensor networks and embedded and self-adjusted systems, among others. Applications include precision agriculture, environmental protection, energy processing, biomedical instrumentation, automotive and aerospace industries, and telecommunications. Within this context, the main goals of this project are the research and development of (a) systems-on-chip and sensor networks, (b) design/test methodology and EDA tools for low-power and fault tolerant analog, RF, and digital integrated circuits, (c) micro- and nano-electromechanical, photo- and optoelectronic devices as well as integration and packaging processes for MEMS and NEMS, (d) materials and processes for the fabrication of micro- and nano-integrated devices and circuits. Phase III: Na linha A.2 (Projetos de CI): Simulação de transistores de efeito-campo de nanotubos de carbono para aplicações analógicas; Na linha A.4 (Dispositivos semicondutores): Modelagem do transporte em materiais orgânicos (OFETs) e Projeto auxiliado por computador para a tecnologia de OLEDs. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Jacobus Willibrordus Swart - Coordenador., Número de produções C, T & A: 4

• 2011 - 2014

  Dispositivos orgânicos para marcas impressas de identificação em radiofrequência, Descrição: Printed electronics i.e. the deposition of organic semiconductors on flexible substrates with low-cost printing techniques will in near future complement microelectronics based on crystalline semiconductors. Radio frequency identification (RFID) as used e.g. in employee badges, event access tickets or in the supply chain (including livestock identification) is doubtless an important target market for printed electronics. However, characteristically low transistor switching frequencies and associated high supply voltages are the main obstacles for printed electronics. Therefore, the development of suitable printable inks for manufacturing the different electronic device layers (conducting, semiconducting or dielectric) remains the main challenge. The given project will evaluate the potential of polymers naturally occurring in Brazil as printable inks like the organic compound blends found in oils. In contrast to pure materials research which tends to focus on improving single material properties like the charge carrier mobility the given project employs a true engineering approach drawing on all core competencies available at the ?Laboratório de Dispositivos e Circuitos Integrados? (LDCI) at the University of Brasília. Material specifications will be ultimately derived from RFID circuit design, which is linked to the manufacturing technology via device modeling and simulation. To this extent, simple devices like transistor, inverter, ring oscillator and rectifier will be printed employing an ?off-the-shelf? thermal inkjet printer and thoroughly characterized both physically and electrically.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Artemis Marti Ceschin - Coordenador / Janaina Gonçalves Guimarães - Integrante / José Camargo da Costa - Integrante / Alexandre Ricardo Soares Romariz - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 14

• 2014 - 2017

  Desenvolvimento de novos materiais e aplicação em dispositivos eletroluminescentes, Descrição: Objetivos: (i) Design, síntese e caracterização de novos materiais orgânicos e compostos de coordenação para aplicação como camada ativa de fontes de luz plana (OLEDs e LECs); (ii) Desenvolvimento e caracterização dos dispositivos resultantes da pesquisa.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Maria José Araújo Sales - Integrante / Leonardo Giordano Paterno - Integrante / João Batista Lopes Martins - Integrante / Nizamara Simenremis Pereira - Integrante / Jussara Angélica Durães - Integrante / Moema de Barros e Silva Botelho - Integrante / Demétrio Antônio da Silva Filho - Coordenador / Maryene Alves Camargo - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 4

• 2012 - 2014

  Instituto Nacional de Ciência e Tecnologia de Sistemas Micro e Nanoletrônicos (Phase III), Descrição: The NAMITEC National Institute of Science and Technology is aimed at advancing the research and development of intelligent micro- and nano-electromechanical systems for use in sensor networks and embedded and self-adjusted systems, among others. Applications include precision agriculture, environmental protection, energy processing, biomedical instrumentation, automotive and aerospace industries, and telecommunications. Within this context, the main goals of this project are the research and development of (a) systems-on-chip and sensor networks, (b) design/test methodology and EDA tools for low-power and fault tolerant analog, RF, and digital integrated circuits, (c) micro- and nano-electromechanical, photo- and optoelectronic devices as well as integration and packaging processes for MEMS and NEMS, (d) materials and processes for the fabrication of micro- and nano-integrated devices and circuits. Phase III: Na linha A.2 (Projetos de CI): Simulação de transistores de efeito-campo de nanotubos de carbono para aplicações analógicas; Na linha A.4 (Dispositivos semicondutores): Modelagem do transporte em materiais orgânicos (OFETs) e Projeto auxiliado por computador para a tecnologia de OLEDs. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Stefan Blawid - Integrante / Artemis Marti Ceschin - Integrante / José Camargo da Costa - Integrante / Jacobus Willibrordus Swart - Coordenador., Número de produções C, T & A: 4

• 2011 - 2014

  Dispositivos orgânicos para marcas impressas de identificação em radiofrequência, Descrição: Printed electronics i.e. the deposition of organic semiconductors on flexible substrates with low-cost printing techniques will in near future complement microelectronics based on crystalline semiconductors. Radio frequency identification (RFID) as used e.g. in employee badges, event access tickets or in the supply chain (including livestock identification) is doubtless an important target market for printed electronics. However, characteristically low transistor switching frequencies and associated high supply voltages are the main obstacles for printed electronics. Therefore, the development of suitable printable inks for manufacturing the different electronic device layers (conducting, semiconducting or dielectric) remains the main challenge. The given project will evaluate the potential of polymers naturally occurring in Brazil as printable inks like the organic compound blends found in oils. In contrast to pure materials research which tends to focus on improving single material properties like the charge carrier mobility the given project employs a true engineering approach drawing on all core competencies available at the ?Laboratório de Dispositivos e Circuitos Integrados? (LDCI) at the University of Brasília. Material specifications will be ultimately derived from RFID circuit design, which is linked to the manufacturing technology via device modeling and simulation. To this extent, simple devices like transistor, inverter, ring oscillator and rectifier will be printed employing an ?off-the-shelf? thermal inkjet printer and thoroughly characterized both physically and electrically.. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Stefan Michael Blawid - Integrante / Artemis Marti Ceschin - Coordenador / Janaina Gonçalves Guimarães - Integrante / José Camargo da Costa - Integrante / Alexandre Ricardo Soares Romariz - Integrante., Financiador(es): Conselho Nacional de Desenvolvimento Científico e Tecnológico - Auxílio financeiro., Número de produções C, T & A: 14

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