Frational Order Inverse Filters Based on CCII Family

Khalil N.A.

Said L.A.

Radwan A.G.

Soliman A.M.

Energy and Water

Circuit Theory and Applications

This paper proposes two generalized topologies of fractional order inverse filters (FOIF). All possible realizations of each topology are investigated using the second generation current conveyor (CCII) family. Inverse fractional highpass (IFHPF), inverse fractional bandpass (IFBPF), and inverse fractional lowpass (IFLPF) filters are realized using the same topology based on the generalized admittances. Numerical and P-Spice simulation results are presented for selected cases to approve the theoretical findings. The fractional order parameters increase the design flexibility and controllability which is validated experimentally. © 2019 IEEE.

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Frational Order Inverse Filters Based on CCII Family

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Frational Order Inverse Filters Based on CCII Family

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