This paper presents the original theory and development of optimum LaVerne Terrace filters. These filters are designed to provide the same degree of stopband attenuation as Butterworth filters, while exhibiting much less overshoot in the step response. Numerical and graphical data for filters of the 4th through 9th orders are included, illustrating the advantages of the LaVerne Terrace Filter over comparable Butterworth and Bessel Filters.
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