11results about "Assembling head elements" patented technology

The present embodiments relate to a pre-assisting microwave assisted magnetic recording (MAMR) (PA-MAMR) write-head structure where the STO is disposed within a leading shield (LS). The STO can be used to pump energy into the media before the writing process. The STO can also pre-excite the media and let the media oscillation damp over the time and then switch under the writer field. The present embodiments can be easier to increase the magnetic volume and magnetic moment of the free layer, while also achieving a greater oscillation frequency with magnetization oscillations around the axis in the film plane.

To provide a magnetic recording device that enables improved recording density. [Solution] According to the embodiment, the magnetic recording device includes a magnetic head and a control unit. The magnetic head includes first and second magnetic poles, a magnetic element, and a coil. The control unit is configured to switch between performing a first operation and a second operation. In the first operation, the control unit supplies a first recording element current to the magnetic element. In the second operation, the control unit supplies a second recording element current to the magnetic element. The first recording element current is less than or equal to a first current value. The second recording element current exceeds the first current value.

To provide a magnetic sensor, a magnetic head, and a magnetic recorder, which improve resolution.SOLUTION: A magnetic sensor 70A comprises a first shield 41 to a sixth shield 46, first and second magnetic layers 11 and 12, and a first member 31. The first magnetic layer 11 is between the third shield 43 and the fourth shield 44. The second magnetic layer 12 is between the first magnetic layer 11 and the second shield 42 and is between the fifth shield 45 and the sixth shield 46. The second magnetic layer 12 is electrically connected to the fifth shield 45 and the sixth shield 46. The first member 31 includes a first region 31a and a second region 31b. The first region 31a is provided between the third shield 43 and the first magnetic layer 11. The second region 31b is provided between the first magnetic layer 11 and the fourth shield 44.SELECTED DRAWING: Figure 1

To provide a magnetic recording device that enables improved recording density. [Solution] According to the embodiment, the magnetic recording device includes a magnetic head and a control unit. The magnetic head includes first and second magnetic poles, a magnetic element, a coil, a first terminal, and a second terminal. The control unit is configured to perform a first operation. In the first operation, the control unit is configured to supply a recording element current to the magnetic element and a recording coil current to the coil. The absolute value of the recording coil current is less than or equal to the first coil current value corresponding to the first peak.

The present disclosure provides a magnetic recording device capable of improving recording density. According to one embodiment, a magnetic recording apparatus includes a magnetic head and a control unit. The magnetic head includes a first magnetic pole, a second magnetic pole, a magnetic element, a coil, a first terminal, and a second terminal. The control unit is configured to perform a first operation. In the first operation, the control unit supplies a recording-time element current to the magnetic element and supplies a recording-time coil current to the coil. The absolute value of the coil current during recording is equal to or less than a first coil current value corresponding to the first peak.

A suspension assembly for a hard disk drive includes a load beam coupled with a corresponding flexure via a centerline weld at a distal portion of the flexure, where the flexure further includes a gimbal portion at least in part formed away from the load beam in proximity to the centerline weld. The gimbal portion may be formed away from the load beam by way of mechanical forming prior to welding to the load beam and / or at least lateral portions may be formed away from the load beam by way of laser irradiation to the flexure subsequent to welding to the load beam. In either case, clearance between the pivoting gimbal flexure and the corresponding load beam around the vicinity of the centerline weld attachment point is enabled, to provide freedom from interference between the parts and stable resonance modes throughout the media load z-height variations.

The present embodiments relate to a pre-assisting microwave assisted magnetic recording (MAMR) (PA-MAMR) write-head structure where the STO is disposed within a leading shield (LS). The STO can be used to pump energy into the media before the writing process. The STO can also pre-excite the media and let the media oscillation damp over the time and then switch under the writer field. The present embodiments can be easier to increase the magnetic volume and magnetic moment of the free layer, while also achieving a greater oscillation frequency with magnetization oscillations around the axis in the film plane.

Provided are devices and methods relating to a magnetic tape head module, including an apparatus comprising a magnetic tape head module including a module bonding pad region including a first row of module bonding pads and a second row of module bonding pads, the first row of module bonding pads and the second row of module bonding pads configured to accommodate wirebonds thereon.

Provided is a magnetic recording device capable of improving recording density. According to one embodiment, a magnetic recording apparatus includes a magnetic head and a control unit. The magnetic head includes a first magnetic pole, a second magnetic pole, a magnetic element, and a coil. The control unit is configured so as to switch between the first operation and the second operation. In the first operation, the control unit supplies a first recording-time element current to the magnetic element. In the second operation, the control unit supplies a second recording-time element current to the magnetic element. The first recording time element current is equal to or less than the first current value. In the second recording, the element current exceeds the first current value.