The MFB topology is commonly used in filters that have high Qs and require a high...

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The MFB topology is commonly used in filters that have high Qs and require a high gain. R₁ 13TH $1 A(s)- The transfer function of the circuit in Figure 16-19 is: C Through coefficient comparison with Equation 16-2 one obtains the relation R. R. 3, - 19‚C, (R₁ + R₂ + R.R.) b. C.C.R.R. SECOND-ORDER a1 b1 BESSEL 1.3617 0.618 fc= 10kHZ R1=R2=10k0; R3=2KQ 1-calculate the value of C1 and C2 by nano farad The MFB topology is commonly used in filters that have high Qs and require a high gain. R₁ 13TH $1 A(s)- The transfer function of the circuit in Figure 16-19 is: C Through coefficient comparison with Equation 16-2 one obtains the relation R. R. 3, - 19‚C, (R₁ + R₂ + R.R.) b. C.C.R.R. SECOND-ORDER a1 b1 BESSEL 1.3617 0.618 fc= 10kHZ R1=R2=10k0; R3=2KQ 1-calculate the value of C1 and C2 by nano farad

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Step 11 given As 1wC RR3 R RR SWCCRRS Ao R RR a WcC1 R R3 R Final ... View the full answer