The circuit in Figure 149 (b) has a high pass transfer function given in Eq (1411) and repeated below In Section 142, we developed equal element and unity gain design methods for this circuit This problem explores an equal time constant design method Using R1C1 R2C2 and 2, develop a method of selecting values for C1, C2, R1, and R2 Then select values so that the filter has a cutoff frequency of 500 krad s and a of 0 25 Use MATLAB to plot the filters Bode diagram T(s) V2(8) V(s) R R2 C1 C28 R R CC28 (R2C R C RC R2 C2)s 1

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Question: The circuit in Figure 149 (b) has a high-pass transfer function given in Eq. (1411) and repeated below In Section 142, we developed equal-element and

The circuit in Figure 14–9

(b) has a high-pass transfer function given in Eq. (14–11) and repeated below

T(s) V2(8) = V(s) R R2 C1 C28 + R R CC28

In Section 14–2, we developed equal-element and unity-gain design methods for this circuit. This problem explores an equal-time constant design method. Using R1C1 =R2C2 and μ = 2, develop a method of selecting values for C1, C2, R1, and R2. Then select values so that the filter has a cutoff frequency of 500 krad=s and a ζ of 0.25. Use MATLAB to plot the filter’s Bode diagram.

T(s) V2(8) = V(s) R R2 C1 C28 + R R CC28 (R2C+R C + RC-R2 C2)s +1

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