Abstract
Effects of weak magnetostatic interaction among adjacent cells on the array quality factor (AQF) of a conventional single particle MRAM array are analyzed by the mean-field theory. Inaccuracy of the theory at modest interaction is discussed, and attributed to the emergence of stripe pattern. A numerical method is also described, for quantifying the effect of magnetostatic interaction on a write margin test. This methods allows write margins on common test patterns and on the actual data file (which is substantially random) to be compared
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