Inventor
PREJBEANU IOAN LUCIAN
FR32 patents
⚠️ This page may combine multiple inventors who share the name “PREJBEANU IOAN LUCIAN”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.
CROCUS TECHNOLOGY SA
16 patentsUS8385107B2Feb 26, 2013
Magnetic memory with a thermally assisted spin transfer torque writing procedure using a low writing current
CROCUS TECHNOLOGY SA55 citations97
US9754653B2Sep 5, 2017
Thermally assisted multi-level MRAM cell and method for writing a plurality of bits in the MRAM cell
CROCUS TECHNOLOGY SA4 citations73
US9583695B2Feb 28, 2017
Magnetic logic unit (MLU) cell and amplifier having a linear magnetic signal
CROCUS TECHNOLOGY SA2 citations72
US8743597B2Jun 3, 2014
Self-referenced magnetic random access memory element comprising a synthetic storage layer
CROCUS TECHNOLOGY SA4 citations71
US9324936B2Apr 26, 2016
Magnetic logic unit (MLU) cell and amplifier having a linear magnetic signal
CROCUS TECHNOLOGY SA2 citations62
US9396782B2Jul 19, 2016
Method for writing to a random access memory (MRAM) cell with improved MRAM cell lifespan
CROCUS TECHNOLOGY SA2 citations56
US9331268B2May 3, 2016
MRAM element having improved data retention and low writing temperature
CROCUS TECHNOLOGY SA1 citations50
US9165626B2Oct 20, 2015
Self-reference magnetic random access memory (MRAM) cell comprising ferrimagnetic layers
CROCUS TECHNOLOGY SA0 citations50
US8988935B2Mar 24, 2015
Self-referenced MRAM cell and method for writing the cell using a spin transfer torque write operation
CROCUS TECHNOLOGY SA0 citations41
US8971102B2Mar 3, 2015
MRAM cell and method for writing to the MRAM cell using a thermally assisted write operation with a reduced field current
CROCUS TECHNOLOGY SA0 citations41
US8885397B2Nov 11, 2014
Self-referenced MRAM cell with optimized reliability
CROCUS TECHNOLOGY SA0 citations41
US9728711B2Aug 8, 2017
Thermally-assisted MRAM cells with improved reliability at writing
CROCUS TECHNOLOGY SA0 citations40
US9679624B2Jun 13, 2017
Magnetic random access memory (MRAM) cell with low power consumption
CROCUS TECHNOLOGY SA0 citations40
US9431601B2Aug 30, 2016
Magnetoresistive element with oxygen getting layer having enhanced exchange bias and thermal stability for spintronic devices
CROCUS TECHNOLOGY SA0 citations40
US8797793B2Aug 5, 2014
Self-referenced MRAM element with linear sensing signal
CROCUS TECHNOLOGY SA0 citations40
US9336846B2May 10, 2016
MRAM element with low writing temperature
CROCUS TECHNOLOGY SA0 citations39
PREJBEANU IOAN LUCIAN
6 patentsUS8609439B2Dec 17, 2013
Magnetic tunnel junction comprising a polarizing layer
PREJBEANU IOAN LUCIAN44 citations93
US8102701B2Jan 24, 2012
Magnetic memory with a thermally assisted writing procedure
PREJBEANU IOAN LUCIAN49 citations93
US8659938B2Feb 25, 2014
Multibit magnetic random access memory cell with improved read margin
PREJBEANU IOAN LUCIAN8 citations83
US8064245B2Nov 22, 2011
Magnetic random access memory with an elliptical magnetic tunnel junction
PREJBEANU IOAN LUCIAN18 citations83
US8391053B2Mar 5, 2013
Magnetic memory with a thermally assisted writing procedure and reduced writing field
PREJBEANU IOAN LUCIAN4 citations60
US10002973B2Jun 19, 2018
Magnetic tunnel junction with an improved tunnel barrier
PREJBEANU IOAN LUCIAN1 citations46
COMMISSARIAT ENERGIE ATOMIQUE
4 patentsUS7957181B2Jun 7, 2011
Magnetic tunnel junction magnetic memory
COMMISSARIAT ENERGIE ATOMIQUE10 citations84
US12477951B2Nov 18, 2025
Method for manufacturing a spintronic device comprising a thick active magnetic layer
COMMISSARIAT ENERGIE ATOMIQUE0 citations52
US12292486B2May 6, 2025
Method for measuring an external magnetic field by at least one magnetic memory point
COMMISSARIAT ENERGIE ATOMIQUE0 citations51
US12100437B2Sep 24, 2024
Magnetic tunnel junction comprising an inhomogeneous granular free layer and associated spintronic devices
COMMISSARIAT ENERGIE ATOMIQUE0 citations46