Inventor

TAKANO HISASHI

JP113 patents

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

TAKANO HISASHI

HITACHI LTD

Multilayer magnetoresistance effect-type magnetic head

Single pole type recording head including tapered edges

Magnetic head with conductors formed on endlayers of a multilayer film having magnetic layer coercive force difference

Magnetic disk drive with integrated electrical conductors for recording element

Magnetoresistance effect multilayer film with ferromagnetic film sublayers of different ferromagnetic material compositions

Narrow track thin film magnetic head suitable for high density recording and reproducing operations and fabrication method thereof wherein an air bearing surface has at least one groove containing a non-magnetic electrically conductive layer

Longitudinal magnetic recording medium and apparatus

Multilayer magnetoresistance effect-type magnetic head

Method of head positioning and magnetic recording disk drive using the same

Magnetic recording head capable of defining narrow track width and magnetic recording apparatus using the same

Magnetic recording data storage system

Integrated magnetic head having a magnetic layer functioning as both a magnetic shield and a magnetic pole

Thin film magnetic head

Single pole type recording head with tapered edges

Thin film magnetic head with Ni-Fe alloy thin film

Perpendicular magnetic recording system

Adjacent track position detectable information storage apparatus

Magnetic head with a magnetic pole sandwiched between conductive materials

High-density magnetic recording and optical reproducing apparatus

Disk drive having magnetic head conduction paths with arrangements to control impedance

Combination perpendicular magnetic head having shield material formed at both ends of an upper pole of a write element

Data recording/reproducing signal processing circuit for magnetic recording, and perpendicular magnetic recording/reproducing apparatus using it

Method of controlling read write operation of a magnetic disk apparatus

Method of fabricating a magnetic head by focused ion beam etching

Method of forming thin film magnetic recording head with narrow track width performing high density recording at high driving frequency

Thin film magnetic head with electroplated Ni-Fe alloy thin film having small average crystal grain size range

Magnetic head and magnetic storage apparatus using the same

Magnetic head with dual spin valve element for differential operation

Magnetic disk apparatus with data track reassigning function

Magnetoresistance effect elements and magnetic heads using the tunneling magnetoresistive effect

Thin film magnetic head with Ni-Fe alloy thin film

Thin film magnetic recording head with very narrow track width performing high density recording at high driving frequency

Thin film magnetic head having at least one magnetic core member made at least partly of a material having a high saturation magnetic flux density

Device and signal processing circuit for magnetic recording, magnetic recording apparatus

Magnetic disk drive

Magnetic disk apparatus including magnetic head having multilayered reproducing element using tunneling effect

Magnetic disk drive

HITACHI GLOBAL STORAGE TECH

Apparatus, signal-processing circuit and device for magnetic recording system

Single pole type recording head with trailing side tapered edges

Magnetic disk drive

Method of servo writing for magnetic recording system, magnetic recording system

Magnetic apparatus with perpendicular recording medium and head having multilayered reproducing element using tunneling effect

Magnetic apparatus with perpendicular recording medium and head having multilayered reproducing element using tunneling effect

Magnetic disk drive

WESTERN DIGITAL TECH INC

Method to reduce baseline shift for a SOT differential reader

BiSbX (012) layers having increased operating temperatures for SOT and MRAM devices

SOT differential reader and method of making same

SOT film stack for differential reader

Topological insulator based spin torque oscillator reader

Two-dimensional magnetic recording (TDMR) to counter tape dimensional stability (TDS) errors in a tape media