A simple but accurate expression for general non-stationary noise correlation in the
presence of a recorded transition is analyzed in terms of both noise voltage and spectral …

Noise in thin film media is concentrated at the transition center and must be characterized by
a nonstationary autocorrelation function. The noise voltage spectrum is determined by the …

This paper presents measurement and analysis of noise associated with closely spaced
transitions. The measured noise autocorrelation function is found to be similar to noise …

The noise power spectrum of uniformly magnetized media is measured. The measured
spectra are corrected for playback effects (gap loss, spacing loss, head differentiation, and …

The problem of noise in thin-film longitudinal media is analyzed experimentally and
theoretically. The physical mechanism for the noise is shown to be fluctuations in the …

General noise voltage relations based on magnetization correlations in thin film recording
media have been developed. Transition position jitter or amplitude fluctuations are a …

At low linear recording densities noise in thin-film media is proportional to the transition
density. At moderate densities the noise increases more rapidly, a fact which has been …

Transition noise is dominant in high-density magnetic recording using thin-film media. In this
paper transition noise is measured for a variety of perpendicular media. Both frequency-and …

Measurements of noise excited in magnetic recording media by a head energized by direct
current yield a peak noise when the total field in the medium equals the remanent coercivity …

Measurements of the spatial structure of media noise across the track direction are made
using new techniques involving computer processing of digitized transient read signal …