Analog continuous-time filtering extended to fractional-order network elements

This paper brings a note on the possibility to utilize the fractional-order two-port circuit element in different filtering applications. The proposed network structures are based on decomposition of final voltage transfer function into fundamental integer-order cells and single two-port described by K(s)=β·s^α where αϵ(0, 1) is fractional-order constant with arbitrary step. Some simulation results are provided in the form of Orcad Pspice optimizer, frequency responses and Monte-Carlo analysis.