Abstract: A rotor carrier for a rotor of an electric machine and to a hybrid module with such a rotor carrier. The rotor carrier includes a tubular base body having elements on an outer circumferential surface facing the rotor for connection between base body and rotor, the base body is connected to a hub by a connection element. The connection element has an axial portion which extends along a part of the axial length of the base body and runs coaxial to the latter, in that receptacles for parts of a clutch are provided on an inner circumferential surface of the axial portion remote of the base body, and in that the connection element has a flange area adjoining the axial portion.

Abstract: A data storage device includes a base, a shaft that extends perpendicular from the base, and a head stack assembly (HSA) having a first end to which a head is coupled and a second end that is movably mounted on the shaft. The data storage device also includes either a first actuator assembly or a second actuator assembly. The first actuator assembly includes a first coil-permanent magnet assembly that rotatably moves the HSA about the shaft, and a second coil-permanent magnet assembly that serves as a first elevator to linearly move the HSA along the shaft. The second actuator assembly includes a third coil-permanent magnet assembly that rotatably moves the HSA about the shaft, and a second elevator that linearly moves the HSA along the shaft and also moves a data storage device ramp in unison with the HSA.

Abstract: Connector devices or connectors for use in interconnection to a circuit board may be configured in an open or closed configuration. The connectors devices may utilize a shape memory alloy (SMA) actuator to move clamping portions with respect to each other into one or both of the open or closed positions.

Abstract: A data storage device includes at least one data storage disc, at least one head supported by a rotatable actuator arm, an elevator configured to move the rotatable actuator arm in a z direction, a first vertical guide post, a ramp assembly configured to support the head on a movable ramp, and a bracket attached to the movable ramp. The at least one head is configured to communicate with the at least one data storage disc when positioned over the at least one data storage disc. The movable ramp is moveable in a z direction parallel to the first vertical guide post. The bracket is engageable to the rotatable actuator arm so that the bracket moves along the first vertical guide post in unison with z direction motion of the rotatable actuator arm via the elevator, and the bracket is disengageable from the rotatable actuator arm.

Abstract: A data storage device includes a base, a shaft that extends perpendicular from the base, and a head stack assembly (HSA) having a first end to which a head is coupled and a second end that is movably mounted on the shaft. The data storage device also includes either a first actuator assembly or a second actuator assembly. The first actuator assembly includes a first coil-permanent magnet assembly that rotatably moves the HSA about the shaft, and a second coil-permanent magnet assembly that serves as a first elevator to linearly move the HSA along the shaft. The second actuator assembly includes a third coil-permanent magnet assembly that rotatably moves the HSA about the shaft, and a second elevator that linearly moves the HSA along the shaft and also moves a data storage device ramp in unison with the HSA.

Abstract: Various implementations of a LiDAR system disclosed herein include two laser sources configured to generate a first laser beam and a second laser beam, a first vertically scanning mirror configured to rotate about a first axis, a second vertically scanning mirror configured to rotate about a second axis, wherein the first axis and second axis are in the same plane and may be parallel to each other, and a polygonal mirror configured to rotate around a third axis, wherein the third axis is orthogonal to each of the first axis and the second axis, wherein the first vertical scanning mirror is configured to direct the first laser beam towards the polygonal mirror and the first vertical scanning mirror is configured to direct the first laser beam towards the polygonal mirror. Alternative implementations may include a combination of collection lenses and detectors to detect reflected laser beams.

Abstract: A brake crawler for an elevator-type hard disk drive generally includes a first and second set of clamp arms vertically arranged, each of the first and second sets of clamp arms being capable of exerting a clamping force on a shaft or slider via activation or deactivation of an actuator element associated with each set of clamp arms. The brake crawler further includes an actuator element disposed between the first and second set of clamp arms which allows for movement of the first set of clamp arms away from the second set of clamp arms upon a change in state of the actuator element. Via a specific sequence of activating and deactivating various of the actuator elements associated with the brake crawler, the brake crawler is capable of inch worm-type movement up and down the shaft.

Abstract: A data storage device includes a base, a shaft that extends perpendicular from the base, and a head stack assembly (HSA) having a first end to which a head is coupled and a second end that is movably mounted on the shaft. The data storage device also includes either a first actuator assembly or a second actuator assembly. The first actuator assembly includes a first coil-permanent magnet assembly that rotatably moves the HSA about the shaft, and a second coil-permanent magnet assembly that serves as a first elevator to linearly move the HSA along the shaft. The second actuator assembly includes a third coil-permanent magnet assembly that rotatably moves the HSA about the shaft, and a second elevator that linearly moves the HSA along the shaft and also moves a data storage device ramp in unison with the HSA.

Abstract: A data storage device includes at least one head supported by an actuator arm. The at least one head interacts with the at least one data storage disc when positioned over the at least one data storage disc. The data storage device further includes a split ramp for supporting the at least one head when the at least one head is moved away from the at least one data storage disc. The split ramp has a first ramp portion adjacent to a first outer diameter (OD) of the at least one data storage disc and a second ramp portion adjacent to the first ramp portion, such that the first ramp portion is between the second ramp portion and the first OD. At least one of the first ramp portion or the second ramp portion is independently moveable.

Abstract: A hard drive includes a base deck with sidewalls to define a cavity. The hard drive further includes a weld lip that is positioned along and extends from the sidewalls. The weld lip includes a thermal choke that is configured to reduce heat transfer from the weld lip to the sidewalls.

Abstract: A hard drive includes a base deck with sidewalls to define a cavity. The hard drive further includes a weld lip that is positioned along and extends from the sidewalls. The weld lip includes a thermal choke that is configured to reduce heat transfer from the weld lip to the sidewalls.

Abstract: A semiconductor device includes at least one first contact region of a vertical device between a semiconductor substrate and an electrically conductive structure arranged adjacent to the semiconductor substrate, and at least one second contact region of the vertical device between the semiconductor substrate of the semiconductor device and the electrically conductive structure. The at least one first contact region is arranged adjacent to the at least one second contact region. The electrically conductive structure includes a first electrically conductive material in contact with the semiconductor substrate in an area of the at least one first contact region and a second electrically conductive material in contact with the semiconductor substrate in an area of the at least one second contact region, so that a first contact characteristic within the at least one first contact region differs from a second contact characteristic within the at least one second contact region.

Abstract: Certain exemplary aspects of the present disclosure are directed towards an apparatus in which a base deck and a forged base deck cover are coupled to one another, via a weld joint, to provide a hermetically sealed cavity within. The base deck includes an outer region, and the base deck cover includes a lip that interfaces with the outer region of the base deck to provide the weld joint. Similarly, the base deck is formed by an outer region of a base deck bottom portion interfacing with a lip of the shroud to form, via welding, the base deck.

Abstract: A semiconductor device includes at least one first contact region of a vertical device between a semiconductor substrate and an electrically conductive structure arranged adjacent to the semiconductor substrate, and at least one second contact region of the vertical device between the semiconductor substrate of the semiconductor device and the electrically conductive structure. The at least one first contact region is arranged adjacent to the at least one second contact region. The electrically conductive structure includes a first electrically conductive material in contact with the semiconductor substrate in an area of the at least one first contact region and a second electrically conductive material in contact with the semiconductor substrate in an area of the at least one second contact region, so that a first contact characteristic within the at least one first contact region differs from a second contact characteristic within the at least one second contact region.

Abstract: Certain exemplary aspects of the present disclosure are directed towards an apparatus in which a base deck and a forged base deck cover are coupled to one another, via a weld joint, to provide a hermetically sealed cavity within. The base deck includes an outer region, and the base deck cover includes a lip that interfaces with the outer region of the base deck to provide the weld joint. Similarly, the base deck is formed by an outer region of a base deck bottom portion interfacing with a lip of the shroud to form, via welding, the base deck.

Abstract: A semiconductor device includes at least one ohmic contact region between a semiconductor substrate of the semiconductor device and an electrically conductive structure arranged adjacent to the semiconductor substrate. Further, the semiconductor device includes at least one Schottky contact region between the semiconductor substrate of the semiconductor device and the electrically conductive structure. The at least one ohmic contact region is arranged adjacent to the at least one Schottky contact region. The semiconductor substrate includes a first doping layer arranged adjacent to the electrically conductive structure. An average doping concentration of the surface region of the first doping layer in an area of the at least one ohmic contact region differs from an average doping concentration of the surface region of the first doping layer in an area of the at least one Schottky contact region by less than 10%.

Abstract: A semiconductor device includes at least one ohmic contact region between a semiconductor substrate of the semiconductor device and an electrically conductive structure arranged adjacent to the semiconductor substrate. Further, the semiconductor device includes at least one Schottky contact region between the semiconductor substrate of the semiconductor device and the electrically conductive structure. The at least one ohmic contact region is arranged adjacent to the at least one Schottky contact region. The semiconductor substrate includes a first doping layer arranged adjacent to the electrically conductive structure. An average doping concentration of the surface region of the first doping layer in an area of the at least one ohmic contact region differs from an average doping concentration of the surface region of the first doping layer in an area of the at least one Schottky contact region by less than 10%.

Abstract: An apparatus is provided, including a base-deck floor; a base-deck frame, overlying the base-deck floor; a top cover, overlying the base-deck frame; and an affixing means operable to attach the base-deck frame to the base-deck floor, wherein the base-deck frame is operable to be fastened to both the base-deck floor and the top cover to provide a housing for a hard disk drive. A method is also provided, including assembling at least a portion of a hard disk drive assembly on a base-deck floor; affixing a base-deck frame to the base-deck floor; and securing a top cover to the base-deck frame.

Abstract: An apparatus is provided, including a base-deck floor; a base-deck frame, overlying the base-deck floor; a top cover, overlying the base-deck frame; and an affixing means operable to attach the base-deck frame to the base-deck floor, wherein the base-deck frame is operable to be fastened to both the base-deck floor and the top cover to provide a housing for a hard disk drive. A method is also provided, including assembling at least a portion of a hard disk drive assembly on a base-deck floor; affixing a base-deck frame to the base-deck floor; and securing a top cover to the base-deck frame.

Abstract: An apparatus is provided, including a base-deck floor; a base-deck frame, overlying the base-deck floor; a top cover, overlying the base-deck frame; and an affixing means operable to attach the base-deck frame to the base-deck floor, wherein the base-deck frame is operable to be fastened to both the base-deck floor and the top cover to provide a housing for a hard disk drive. A method is also provided, including assembling at least a portion of a hard disk drive assembly on a base-deck floor; affixing a base-deck frame to the base-deck floor; and securing a top cover to the base-deck frame.