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A thin film magnetic head for perpendicular recording was developed by the combination of a single pole transducer and a low flying slider. FeZrN sputtered film with high saturation magnetization was employed as a main pole of the transducer and the slider was designed from fluid dynamics calculation to achieve very low flying height. The read/write characteristic of the head at 25 nm flying height using CoCrlNiFeNb media were 350 n Vp-p/ J.L m' m/s' turn at 15 kFCI and -34dB in overwrite.doi:10.3379/jmsjmag.21.s2_451 fatcat:jfmpmc4l55ghjnpgyuwpp3x2oi