Trouilloud; Philip L.

Patent Applications and Registrations

Patent applications and USPTO patent grants for Trouilloud; Philip L..The latest application filed is for "multibit self-reference thermally assisted mram".

Company Profile

1.30.29

Trouilloud; Philip L. - Norwood NY
Trouilloud; Philip L - Norwood NJ

*profile and listings may contain filings by different individuals or companies with the same name. Review application materials to confirm ownership/assignment.

Patent Activity

Patent	Date
Multibit self-reference thermally assisted MRAM Grant 10,236,438 - Annunziata , et al.	2019-03-19
Structure for thermally assisted MRAM Grant 9,917,247 - Annunziata , et al. March 13, 2	2018-03-13
Multibit Self-reference Thermally Assisted Mram App 20170317270 - Annunziata; Anthony J. ; et al.	2017-11-02
Multibit self-reference thermally assisted MRAM Grant 9,786,837 - Annunziata , et al. October 10, 2	2017-10-10
Multibit self-reference thermally assisted MRAM Grant 9,786,836 - Annunziata , et al. October 10, 2	2017-10-10
Magnetic tunnel junction based chip identification Grant 9,705,500 - Annunziata , et al. July 11, 2	2017-07-11
Magnetic Tunnel Junction Based Chip Identification App 20170170827 - Annunziata; Anthony J. ; et al.	2017-06-15
Structure For Thermally Assisted Mram App 20170062701 - Annunziata; Anthony J. ; et al.	2017-03-02
Magnetic tunnel junction based chip identification Grant 9,576,634 - Annunziata , et al. February 21, 2	2017-02-21
Magnetic tunnel junction based chip identification Grant 9,569,712 - Annunziata , et al. February 14, 2	2017-02-14
Structure for thermally assisted MRAM Grant 9,515,251 - Annunziata , et al. December 6, 2	2016-12-06
Magnetic tunnel junction based chip identification Grant 9,495,627 - Annunziata , et al. November 15, 2	2016-11-15
Self Reference Thermally Assisted Mram With Low Moment Ferromagnet Storage Layer App 20160240773 - Annunziata; Anthony J. ; et al.	2016-08-18
Multibit self-reference thermally assisted MRAM Grant 9,406,870 - Annunziata , et al. August 2, 2	2016-08-02
Multibit Self-reference Thermally Assisted Mram App 20160043303 - Annunziata; Anthony J. ; et al.	2016-02-11
Multibit Self-reference Thermally Assisted Mram App 20160043309 - Annunziata; Anthony J. ; et al.	2016-02-11
Thermally assisted MRAM with increased breakdown voltage using a double tunnel barrier Grant 9,214,625 - Annunziata , et al. December 15, 2	2015-12-15
Structure For Thermally Assisted Mram App 20150295165 - Annunziata; Anthony J. ; et al.	2015-10-15
Multibit Self-reference Thermally Assisted Mram App 20150294708 - Annunziata; Anthony J. ; et al.	2015-10-15
Thermally Assisted Mram With Increased Breakdown Voltage Using A Double Tunnel Barrier App 20150270478 - Annunziata; Anthony J. ; et al.	2015-09-24
Self Reference Thermally Assisted Mram With Low Moment Ferromagnet Storage Layer App 20150129946 - Annunziata; Anthony J. ; et al.	2015-05-14
Thermally-assisted MRAM with ferromagnetic layers with temperature dependent magnetization Grant 8,971,103 - Annunziata , et al. March 3, 2	2015-03-03
Thermally-assisted MRAM with ferromagnetic layers with temperature dependent magnetization Grant 8,908,425 - Annunziata , et al. December 9, 2	2014-12-09
Parallel shunt paths in thermally assisted magnetic memory cells Grant 8,871,531 - Abraham , et al. October 28, 2	2014-10-28
Magnetic stacks with perpendicular magnetic anisotropy for spin momentum transfer magnetoresistive random access memory Grant 8,866,207 - Hu , et al. October 21, 2	2014-10-21
Parallel Shunt Paths In Thermally Assisted Magnetic Memory Cells App 20140264664 - Abraham; David W. ; et al.	2014-09-18
Parallel Shunt Paths In Thermally Assisted Magnetic Memory Cells App 20140273282 - Abraham; David W. ; et al.	2014-09-18
Thermally-Assisted Mram with Ferromagnetic Layers with Temperature Dependent Magnetization App 20140268987 - Annunziata; Anthony J. ; et al.	2014-09-18
Thermally-Assisted Mram with Ferromagnetic Layers with Temperature Dependent Magnetization App 20140269028 - Annunziata; Anthony J. ; et al.	2014-09-18
Parallel shunt paths in thermally assisted magnetic memory cells Grant 8,835,889 - Abraham , et al. September 16, 2	2014-09-16
Self-aligned Wire For Spintronic Device App 20140151824 - Abraham; David W. ; et al.	2014-06-05
Self-aligned Wire For Spintronic Device App 20140151620 - Abraham; David W. ; et al.	2014-06-05
Magnetic Stacks With Perpendicular Magnetic Anisotropy For Spin Momentum Transfer Magnetoresistive Random Access Memory App 20130005051 - Hu; Guohan ; et al.	2013-01-03
Magnetic Tunnel Junction With Iron Dusting Layer Between Free Layer And Tunnel Barrier App 20130005052 - Hu; Guohan ; et al.	2013-01-03
Magnetic materials having superparamagnetic particles Grant 8,324,009 - Ingvarsson , et al. December 4, 2	2012-12-04
Magnetic Tunnel Junction With Iron Dusting Layer Between Free Layer And Tunnel Barrier App 20120241878 - Hu; Guohan ; et al.	2012-09-27
Magnetically de-coupling magnetic memory cells and bit/word lines for reducing bit selection errors Grant 7,782,660 - Assefa , et al. August 24, 2	2010-08-24
MRAM device with improved stack structure and offset field for low-power toggle mode writing Grant 7,622,784 - Trouilloud November 24, 2	2009-11-24
Magnetically De-Coupling Magnetic Tunnel Junctions and Bit/Word Lines for Reducing Bit Selection Errors in Spin-Momentum Transfer Switching App 20090237982 - Assefa; Solomon ; et al.	2009-09-24
Memory Storage Device With Heating Element App 20090207653 - Abraham; David W. ; et al.	2009-08-20
Field spike monitor for MRAM Grant 7,536,612 - Abraham , et al. May 19, 2	2009-05-19
Memory storage device with heating element Grant 7,477,567 - Abraham , et al. January 13, 2	2009-01-13
Memory Storage Device With Heating Element App 20080304353 - Abraham; David W. ; et al.	2008-12-11
Method and structure for generating offset fields for use in MRAM devices Grant 7,330,371 - Gaidis , et al. February 12, 2	2008-02-12
Method And Structure For Generating Offset Fields For Use In Mram Devices App 20070013016 - Gaidis; Michael C. ; et al.	2007-01-18
Method and structure for generating offset fields for use in MRAM devices Grant 7,133,309 - Gaidis , et al. November 7, 2	2006-11-07
Method and structure for selecting anisotropy axis angle of MRAM device for reduced power consumption Grant 7,102,916 - Trouilloud , et al. September 5, 2	2006-09-05
Method And Structure For Generating Offset Fields For Use In Mram Devices App 20060154381 - Gaidis; Michael C. ; et al.	2006-07-13
Mram Device With Improved Stack Structure And Offset Field For Low-power Toggle Mode Writing App 20060152969 - Trouilloud; Philip L.	2006-07-13
Method And Structure For Selecting Anisotropy Axis Angle Of Mram Device For Reduced Power Consumption App 20060002179 - Trouilloud; Philip L. ; et al.	2006-01-05
Field spike monitor for MRAM App 20050050399 - Abraham, David ; et al.	2005-03-03
Memory storage device with heating element Grant 6,724,674 - Abraham , et al. April 20, 2	2004-04-20
Magnetic Tunnel Junction Containing A Ferrimagnetic Layer And Anti-parallel Layer App 20040001350 - Abraham, David W. ; et al.	2004-01-01
Magnetic tunnel junction containing a ferrimagnetic layer and anti-parallel layer Grant 6,667,897 - Abraham , et al. December 23, 2	2003-12-23
Memory storage device with heating element App 20030198113 - Abraham, David W. ; et al.	2003-10-23
Method and apparatus for thermal proximity imaging using pulsed energy Grant 6,623,158 - Abraham , et al. September 23, 2	2003-09-23
Magnetic tunnel junctions using ferrimagnetic materials Grant 6,538,919 - Abraham , et al. March 25, 2	2003-03-25
Thermally-assisted magnetic random access memory (MRAM) Grant 6,385,082 - Abraham , et al. May 7, 2	2002-05-07