Dr. Càndid Reig
University of Valencia, Spain
Associate Professor
Email: candid.reig@uv.es
Qualifications
1997–2000 Ph.D., Dept. of Applied Physics, University of Valencia, Spain.
1994–1995 M.Sc., Dept. of Applied Physics, University of Valencia, Spain.
1989–1994 B.Sc., Dept. of Applied Physics, University of Valencia, Spain.
Publications (selected)
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M. -D.
Cubells-Beltrán, C. Reig, A. De Marcellis, E. Figueras, A. Yúfera, B. Zadov, E.
Paperno, S. Cardoso, P.P. Freitas. “Monolithic integration of Giant
Magnetoresistance (GMR) devices onto standard processed CMOS dies”.
Microelectronics Journal 45 (2014) 702-707
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C. Reig, E.
Ávila-Navarro. “Printed Antennas for Sensor Applications: a Review”. IEEE
Sensors Journals 14 (2014) 2406–2418.
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A Roldán, JB
Roldán, C Reig, S Cardoso, F Cardoso, R Ferreira, PP Freitas. “An in-depth
noise model for giant magnetoresistance current sensors for circuit design and
complementary metal–oxide–semiconductor integration”. Journal of Applied
Physics 115 (2014) 17E514
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A. De
Marcellis, M.-D. Cubells-Beltrán, C. Reig, J. Madrenas, B. Zadov, E. Paperno,
S. Cardoso, P.P. Freitas. “Quasi-digital front-ends for current measurement in
integrated circuits with giant magnetoresistance technology”. IET Circuits,
Devices & Systems 8 (2014) 291–300
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E.
Avila-Navarro, C. Reig. “Directive Microstrip antennas for specific below-2.45
GHz applications”. International Journal of Antennas and Propagation 2012
(2012) ID-612170 6 pages
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S. Agouram, D.
Nathalie-Montenegro, M. Junaid-Bushiri, C. Martínez-Tomás, C. Reig V.
Muñoz-Sanjosé, “Synthesis and characterization of low dimensional ZnO
nanostructures”, Journal of Nanoscience and Nanotechnology 12 (2012) 6792-6799.
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M.-D.
Cubells-Beltrán, C. Reig, J. Martos, J. Torres, J. Soret, “Limitations of
magnetoresistive current sensors in industrial applications”, International
Review of Electrical Engineering (IREE) 6 (2011) 423–429.
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A.-M. Roldán,
J.-B. Roldán, C. Reig, M.-D. Cubells-Beltrán, D. Ramírez, S. Cardoso, P.-P.
Freitas. “A DC behavioral electrical model for quasi-linear spin-valve devices
including thermal effects for circuit simulation”, Microelectronics Journal 42
(2011) 365–370.
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Roldán, C.
Reig, M.D. Cubells-Beltrán, J.B. Roldán, D. Ramírez, S. Cardoso, P.P. Freitas. “Analytical
compact modeling of GMR based current sensors: Application to power measurement
at the IC level”, Solid-State Electronics 54 (2010) 1606–1612.
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M.D.
Cubells-Beltrán, C. Reig, D. Ramírez, S. Cardoso, P.P. Freitas. “Full
Wheatstone bridge spin-valve based sensors for IC currents monitoring”. IEEE
Sensors Journals 9 (2009) 1756–1762.
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C. Reig, M.D.
Cubells-Beltrán, D. Ramírez. “Magnetic Field Sensors Based on Giant
Magnetoresistance (GMR) Technology: Applications in Electrical Current
Sensing”. Sensors 9 (2009) 7919–7942.
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C. Reig, M.D.
Cubells-Beltrán, D. Ramírez, S. Cardoso, P.P. Freitas. “Electrical Isolators
Based on Tunneling Magnetoresistance Technology”. IEEE Transactions on
Magnetics 44 (2008) 4011–4014.
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D.R. Muñoz, J.
Sánchez, C. Reig, S. Casans, A. E. Navarro. “Constant current drive for
resistive sensors based on generalized impedance converter”. IEEE Transactions
on Instrumentation and Measurement 57 (2008) 2290–2296.
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H. Beltrán, C.
Reig, V. Fuster, D. Ramírez, M.D. Cubells-Beltrán. “Modeling of
Magnetoresistive-Based Electrical Current Sensors: A Technological Approach”.
IEEE Sensors Journal 7 (2007) 1532–1537.
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C. Reig, C.J.
Gómez-García, V. Muñoz-Sanjosé. “Crystal Growth of Hg1-xMnxSe for infrared
detection”. Microelectronics Journal 38 (2007) 327–331.
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D. Ramírez, J.
Sánchez, S. Casans, E. Castro, C. Reig, A. E. Navarro. “Temperature
compensation of Wheatstone bridge magnetoresistive sensors based on generalized
impedance converter with input reference current”. Review of Scientific
Instruments 77 (2006) 034980.
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C. Reig, D.
Ramírez, H.H. Li, P. Freitas. “Low current sensing with specular spin valve
structures”. IEE Proceedings-Circuits Devices and Systems 152 (2005) 307–311.
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C. Reig, D.
Ramírez, F. Silva, J. Bernardo, P. Freitas. “Design, fabrication and analysis
of a spin-valve based current sensor”. Sensors and Actuators A-Physical 115
(2004) 259–266.