Programmable air bearing sliders (for magnetic storage)

The design of programmable air bearing sliders is described. Simulation results are presented to show how the height of the front and the rear can be tuned for specific properties. The flying height of the rear is shown to be velocity dependent only because of a dependency of the front. Reducing the...

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Veröffentlicht in:IEEE transactions on magnetics 1991-11, Vol.27 (6), p.5145-5147
Hauptverfasser: Khanna, V.D., Hendriks, F., Praino, A.P.
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container_title IEEE transactions on magnetics
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creator Khanna, V.D.
Hendriks, F.
Praino, A.P.
description The design of programmable air bearing sliders is described. Simulation results are presented to show how the height of the front and the rear can be tuned for specific properties. The flying height of the rear is shown to be velocity dependent only because of a dependency of the front. Reducing the taper length to lower the fly height of the slider front is shown to be a simple method to lower this dependence on velocity.< >
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subjects Applied sciences
Atherosclerosis
Auditory system
Disk recording
Electronics
Exact sciences and technology
Geometry
Magnetic heads
Magnetic memory
Magnetic recording
Miscellaneous
Piezoelectric materials
Storage and reproduction of information
Voltage
title Programmable air bearing sliders (for magnetic storage)
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