For characterising of the magnetostatic wave (MSW) soliton-like pulses propagating in ferrite films the output pulse peak amplitude Φ{sub}(max)(Φ{sub}0)and half-height width W(Φ{sub}0) dependencies on the rectangular input pulse amplitude Φ{sub}0 and width T{sub}0 are typically used [1,2,3]. So far an influence on this parameters of the transient processes, correspondent to an interference of the solitonic and non-solitonic parts of the MSW pulse and dispersive disturbances of the rectangular input pulse haven't been discussed. The main goal of this work to analyse some possible effects of transient processes on MSW solitons.
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