Abstract
The performances of digital magnetic recording systems using peak detection are shown to be described by equations that involve parameters and variables which occur in ratios. Provided that these quantities vary in proportion there is no change in system performance. Thus scaling of one parameter shows how scaling of another leads to a system of unchanged performance. It is further shown that the influence of a wide range of values of parameters on system performance can be accounted for by a limited range of computations. Results are given for media and systems of high performance which arguably represent the current state of the art and possible future aspirations.
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