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Thermal stability improvement for longitudinal magnetic recording media

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6 Author(s)
Bo Bian ; Komag Inc., San Jose, CA, USA ; Avenell, M. ; Tsoi, J. ; Mei, L.
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This paper reports and discusses the effects of Mrt cancellation and bottom/top magnetic layer thickness ratio on thermal stability and recording characteristics of low-noise synthetic antiferromagnetic (SAF) longitudinal recording media. It is shown that by proper design and process, SAF media with low Mrt cancellation can deliver excellent overall recording performance with acceptable thermal stability. We present a unique approach to significantly improve the thermal stability of SAF media with low Mrt cancellation by adjusting the bottom/top magnetic layer thickness ratio. Increasing the bottom/top magnetic layer thickness ratio significantly improves amplitude decay rate and media coercivity temperature dependence with little sacrifice in recording performance.

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Magnetics, IEEE Transactions on  (Volume:41 ,  Issue: 2 )