Inventor
PINARBASI MUSTAFA MICHAEL
US92 patents
⚠️ This page may combine multiple inventors who share the name “PINARBASI MUSTAFA MICHAEL”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.
HITACHI GLOBAL STORAGE TECH
32 patentsUS7652856B2Jan 26, 2010
Current perpendicular to plane (CPP) magnetoresistive sensor having strong pinning and small gap thickness
HITACHI GLOBAL STORAGE TECH26 citations93
US7602589B2Oct 13, 2009
Magnetoresistive sensor having shape enhanced pinning and low lead resistance
HITACHI GLOBAL STORAGE TECH20 citations93
US7580230B2Aug 25, 2009
Magnetoresistive sensor having shape enhanced pinning, a flux guide structure and damage free virtual edges
HITACHI GLOBAL STORAGE TECH25 citations93
US7522391B2Apr 21, 2009
Current perpendicular to plane magnetoresistive sensor having a shape enhanced pinned layer and an in stack bias structure
HITACHI GLOBAL STORAGE TECH32 citations93
US7466524B2Dec 16, 2008
Self-pinned spin valve sensor having its first AP pinned layer thicker than its second AP pinned layer to reduce the likelihood of amplitude flip
HITACHI GLOBAL STORAGE TECH20 citations93
US7436637B2Oct 14, 2008
Magnetoresistive sensor having an improved pinning structure
HITACHI GLOBAL STORAGE TECH27 citations93
US7420788B2Sep 2, 2008
GMR and MR enhancing seedlayers for self pinned spin valves
HITACHI GLOBAL STORAGE TECH15 citations93
US7369371B2May 6, 2008
Magnetoresistive sensor having a shape enhanced pinned layer
HITACHI GLOBAL STORAGE TECH28 citations93
US7259941B2Aug 21, 2007
Magnetoresistive sensor having a high coercivity hard bias structure
HITACHI GLOBAL STORAGE TECH20 citations93
US6961224B2Nov 1, 2005
GMR enhancing seed layer for self pinned spin valves
HITACHI GLOBAL STORAGE TECH16 citations93
US7676905B2Mar 16, 2010
Method of manufacturing a self aligned magnetoresistive sensor
HITACHI GLOBAL STORAGE TECH10 citations84
US7663846B2Feb 16, 2010
Magnetoresistive sensor having an enhanced lead overlay design and shape enhanced pinning
HITACHI GLOBAL STORAGE TECH17 citations84
US7564659B2Jul 21, 2009
Magnetoresistive sensor having an anisotropic pinned layer for pinning improvement
HITACHI GLOBAL STORAGE TECH16 citations84
US7420787B2Sep 2, 2008
Magnetoresistive sensor having a shape enhanced pinned layer
HITACHI GLOBAL STORAGE TECH17 citations84
US7268985B2Sep 11, 2007
Magnetic head having a layered hard bias layer exhibiting reduced noise
HITACHI GLOBAL STORAGE TECH14 citations84
US7194797B2Mar 27, 2007
Method for use in forming a read sensor for a magnetic head
HITACHI GLOBAL STORAGE TECH16 citations84
US7177120B2Feb 13, 2007
Self-pinned spin valve sensor with a high coercivity antiparallel (AP) pinned layer
HITACHI GLOBAL STORAGE TECH16 citations84
US7061728B2Jun 13, 2006
High linear density read head with a contiguous junction and minimal shield shorts
HITACHI GLOBAL STORAGE TECH14 citations84
US7196878B2Mar 27, 2007
Self-pinned spin valve sensor with stress modification layers for reducing the likelihood of amplitude flip
HITACHI GLOBAL STORAGE TECH18 citations83
US7676904B2Mar 16, 2010
Method of manufacturing high sensitivity spin valve designs with ion beam treatment
HITACHI GLOBAL STORAGE TECH12 citations82
US7111385B2Sep 26, 2006
Method for improving hard bias properties of layers in a magnetoresistive sensor
HITACHI GLOBAL STORAGE TECH12 citations82
US7038892B2May 2, 2006
Apparatus having a hard bias seedlayer structure for providing improved properties of a hard bias layer
HITACHI GLOBAL STORAGE TECH11 citations82
US7505235B2Mar 17, 2009
Method and apparatus for providing magnetostriction control in a freelayer of a magnetic memory device
HITACHI GLOBAL STORAGE TECH6 citations74
US7502209B2Mar 10, 2009
Read sensors having nitrogenated hard bias layers and method of making the same
HITACHI GLOBAL STORAGE TECH7 citations74
US7397640B2Jul 8, 2008
Methods and apparatus for improved read sensors using a multi-layered seed layer structure having a nitrogenated nickel-tantalum layer
HITACHI GLOBAL STORAGE TECH7 citations74
US7367110B2May 6, 2008
Method of fabricating a read head having shaped read sensor-biasing layer junctions using partial milling
HITACHI GLOBAL STORAGE TECH8 citations74
US7362547B2Apr 22, 2008
Magnetic head having PtMn layer formed by ion beam deposition
HITACHI GLOBAL STORAGE TECH6 citations74
US7203038B2Apr 10, 2007
GMR enhancing seedlayer for self pinned spin valves
HITACHI GLOBAL STORAGE TECH5 citations74
US7173796B2Feb 6, 2007
Spin valve with a capping layer comprising an oxidized cobalt layer and method of forming same
HITACHI GLOBAL STORAGE TECH8 citations74
US7145755B2Dec 5, 2006
Spin valve sensor having one of two AP pinned layers made of cobalt
HITACHI GLOBAL STORAGE TECH8 citations74
US7038890B2May 2, 2006
Current perpendicular to the planes (CPP) sensor with a highly conductive cap structure
HITACHI GLOBAL STORAGE TECH9 citations74
US7019949B2Mar 28, 2006
Self-pinned spin valve sensor having its first AP pinned layer thicker than its second AP pinned layer to reduce the likelihood of amplitude flip
HITACHI GLOBAL STORAGE TECH8 citations74
SPIN MEMORY INC
9 patentsUS10236439B1Mar 19, 2019
Switching and stability control for perpendicular magnetic tunnel junction device
SPIN MEMORY INC15 citations86
US10665777B2May 26, 2020
Precessional spin current structure with non-magnetic insertion layer for MRAM
SPIN MEMORY INC5 citations84
US10468588B2Nov 5, 2019
Perpendicular magnetic tunnel junction device with skyrmionic enhancement layers for the precessional spin current magnetic layer
SPIN MEMORY INC8 citations84
US10339993B1Jul 2, 2019
Perpendicular magnetic tunnel junction device with skyrmionic assist layers for free layer switching
SPIN MEMORY INC10 citations84
US10468590B2Nov 5, 2019
High annealing temperature perpendicular magnetic anisotropy structure for magnetic random access memory
SPIN MEMORY INC7 citations83
US10672976B2Jun 2, 2020
Precessional spin current structure with high in-plane magnetization for MRAM
SPIN MEMORY INC3 citations73
US10615335B2Apr 7, 2020
Spin transfer torque structure for MRAM devices having a spin current injection capping layer
SPIN MEMORY INC3 citations73
US10319900B1Jun 11, 2019
Perpendicular magnetic tunnel junction device with precessional spin current layer having a modulated moment density
SPIN MEMORY INC4 citations73
US10777736B2Sep 15, 2020
Polishing stop layer(s) for processing arrays of semiconductor elements
SPIN MEMORY INC2 citations70
SPIN TRANSFER TECH INC
6 patentsUS9853206B2Dec 26, 2017
Precessional spin current structure for MRAM
SPIN TRANSFER TECH INC88 citations98
US9728712B2Aug 8, 2017
Spin transfer torque structure for MRAM devices having a spin current injection capping layer
SPIN TRANSFER TECH INC72 citations98
US9773974B2Sep 26, 2017
Polishing stop layer(s) for processing arrays of semiconductor elements
SPIN TRANSFER TECH INC71 citations95
US10026892B2Jul 17, 2018
Precessional spin current structure for MRAM
SPIN TRANSFER TECH INC27 citations94
US10147872B2Dec 4, 2018
Spin transfer torque structure for MRAM devices having a spin current injection capping layer
SPIN TRANSFER TECH INC4 citations73
US10141499B1Nov 27, 2018
Perpendicular magnetic tunnel junction device with offset precessional spin current layer
SPIN TRANSFER TECH INC2 citations73
HITACHI GLOBAL STORAGE TECH NL
2 patentsFREITAG JAMES MAC
1 patentShowing the top 50 of 92 patents by PatentIndex Score.