Abstract
In this paper a software tool used to determine the topological elements of active analog continuous-time filters is presented. The filter is described by an arbitrary transfer functions expressed as \(t({\rm s}) = p({\rm s})/e({\rm s})\), where e(s) is the natural mode (pole) polynomial and p(s) is the transmission zero polynomial. The goal is to obtain filters having small sensitivities, low noise and high dynamic ranges. The synthesis method implemented in this program is based on the intermediate transfer functions (IFs) method.
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