4) 2nd Order Active Filter. Design an active filter that has two poles and one zero as described below. a) Write D(s) in

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4 2nd Order Active Filter Design An Active Filter That Has Two Poles And One Zero As Described Below A Write D S In 1 (91.92 KiB) Viewed 33 times

4) 2nd Order Active Filter. Design an active filter that has two poles and one zero as described below. a) Write D(s) in terms of , and p. b) Write N(s) in terms of the parameters { H₁, o, a}. H₁ should be dimensionless. c) Write H(s) in terms of the parameters { H₁, 0, Q, a }. d) Write Vout=H(S) Vin in terms of the outputs of the Mossberg-Ackerberg Filter. {V₁, Vy, Vz} e) Draw a circuit implementation of the transfer function using the Mossberg-Ackerberg Filter. f) Draw the complete Mossberg-Ackerberg Filter and calculate all component values given, (scale components to reasonable values.) H₁=4, a=1, p=60° = 10¹ rad Vin M.A.F -QHbpf +Hpt -Ĥlpf sec V₂ out 0<a<1 000, zero 0<4</ 0