Inventor

SAITO MASAMICHI

JP178 patents

⚠️ This page may combine multiple inventors who share the name “SAITO MASAMICHI”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.

SAITO MASAMICHI

ALPS ELECTRIC CO LTD

Magnetoresistive sensor and head

Magnetoresistive sensor and head

Spin-valve magnetoresistive Sensor including a first antiferromagnetic layer for increasing a coercive force and a second antiferromagnetic layer for imposing a longitudinal bias

Magnetoresistive element having a first antiferromagnetic layer contacting a pinned magnetic layer and a second antiferromagnetic layer contacting a free magnetic layer

Spin-valve magnetoresistive element with biasing layer

Manufacturing method for magnetoresistive head having an antiferromagnetic layer of PTMN

Magnetoresistive head using exchange anisotropic magnetic field with an antiferromagnetic layer

Magnetic sensing element including pinned layer and/or free layer composed of [110] crystal planes-oriented Heusler alloy

Magnetic detecting element having pinned magnetic layers disposed on both sides of free magnetic layer

CPP giant magnetoresistive head having antiferromagnetic film disposed in rear of element

Spin valve magnetoresistive element having pinned magnetic layer composed of epitaxial laminated film having magnetic sublayers and nanomagnetic interlayer

Exchange coupling film and magnetoresistive element using the same

Magnetic sensing element with in-stack biasing using ferromagnetic sublayers

CPP type magnetoresistive sensor including pinned magnetic layer provided with hard magnetic region

Thin-film magnetic head having ensured insulation between shield and magnetic detecting element

Thin film magnetic element with accurately controllable track width and method of manufacturing the same

Exchange coupling film and electroresistive sensor using the same

Spin valve thin film magnetic element having first and second free magnetic layers having antiparallel magnetization directions

Spin-valve magnetoresistive sensor including a first antiferromagnetic layer for increasing a coercive force and a second antiferromagnetic layer for imposing a longitudinal bias

Spin-valve magnetoresistive thin film element

Method of manufacturing film laminate having exchange anisotropic magnetic field

Spin-valve type magnetoresistive thin film element comprising free magnetic layer having nife alloy layer

Magnetoresistive element

Magnetoresistive sensor and its manufacturing method

Spin-valve magnetoresistive element

Spin-valve magnetoresistive element

Thin-film magnetic head with antiferromagnetic layer and hard magnetic layers arranged to bias a magnetoresistive device

Thin film magnetic head having hard films for magnetizing a shield layer in a single domain state

Method for producing a thin film magnetic head

Magnetoresistive sensor manufacturing method

Thin-film magnetic head and production method thereof

Method of manufacturing a magnetoresistive sensor

Magnetoresistive head with soft adjacent layer comprising amorphous magnetic material

Production method for a spin-valve type magnetoresistive element

Method of manufacturing spin-valve type thin film element having remagnetized bias layer

Method of producing magnetoresistive element

Exchange coupling film and magnetoresistance effect type element using this exchange coupling film, and thin film magnetic head using the magnetoresistance effect type element

TDK CORP

Self-pinned CPP giant magnetoresistive head with antiferromagnetic film absent from current path

Magnetic sensing element including laminated film composed of half-metal and NiFe alloy as free layer

CPP giant magnetoresistive head including pinned magnetic layer that extends in the height direction

Tunneling magnetic sensor including free magnetic layer and magnesium protective layer disposed thereon

CPP GMR head with antiferromagnetic layer disposed at rear of ferrimagnetic pinned layer

Spin valve-GMR element in which a non-metal laminate layer is provided as a free magnetic layer and method of manufacturing the same

Magnetic detecting device having free layer or pinned layer formed by lamination of magnetic alloy and Cu layer and method of manufacturing magnetic detecting device

CANON KK

Liquid crystal device, image display apparatus and image forming apparatus

Liquid crystal device and process for production thereof

Stage apparatus for an exposure apparatus including a contant tension spring for canceling out a gravitational force of a movable stage by a tensile force

ALPS ELECTRIC CO INC

Manufacturing method of spin-valve magnetoresistive thin film element

VICTOR COMPANY OF JAPAN

Magnetic recording medium

ALPS ELECTRONICS CO LTD

Magnetic detecting element having β-values selected for free magnetic layer and pinned magnetic layer