Weld free high performance laminate suspension
AssigneeHitachi Global Storage Technologies
InventorsSatya Prakash Arya, Tzong-Shii Pan, Surya Pattanaik, Victor Wing Chun Shum
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AssigneeHitachi Global Storage Technologies
InventorsSatya Prakash Arya, Tzong-Shii Pan, Surya Pattanaik, Victor Wing Chun Shum
Estimating the term…
A suspension assembly is designed to carry a slider and read/write head elements in a magnetic data storage device. The suspension assembly is formed from a composite laminate structure that includes first, second, third, fourth and fifth material layers. The layers are arranged such that the second layer is disposed between the first and third layers, and the fourth layer is disposed between the third and fifth layers. The laminate structure is configured using a suitable removal process, such as partial chemical etching, to define a mount plate, a hinge, a load beam functional end, and an electrical lead system. The laminate structure may be further formed with a flexure gimbal system that comprises the third, fourth and fifth layers.
A method of manufacturing a weld free laminate disk drive suspension, comprising:
In a disk drive suspension assembly mounting a transducer-carrying slider and a weld free laminate suspension, said suspension comprising:
In a disk drive having a housing, a rotatable magnetic recording medium in the housing, an actuator carrying an actuator arm, a weld free laminate suspension, a slider and a read/write transducer, said suspension comprising:
Dependencies are inferred from the claim text.