The design equations are:R2K =R1 + R2(2)1(3)2nRC1f22n(R1||R2)C(4) Design the circuit in Figure 3 to fi = 25 kHz, f2 = 35 kHz y K nat less tan 1//2.%3DwwwwThe filter transfer function is given by (1).CR1VoR2Figure 3. Test filter.voR2R,Cs + 1(1)ViR1 + R2 (R1||R2)Cs+ 1

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Answered: Design the circuit in Figure 3 to fi =…

Design the circuit in Figure 3 to fi = 25 kHz, f2 = 35 kHz y K not less tan 1/v2. ww The filter transfer function is given by (1). R2 Figure 3. Test filter. wwww

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Question

The design equations are:
R2
K =
R1 + R2
(2)
1
(3)
2nRC
1
f2
2n(R1||R2)C
(4)

Design the circuit in Figure 3 to fi = 25 kHz, f2 = 35 kHz y K nat less tan 1//2.
%3D
wwww
The filter transfer function is given by (1).
C
R1
Vo
R2
Figure 3. Test filter.
vo
R2
R,Cs + 1
(1)
Vi
R1 + R2 (R1||R2)Cs+ 1

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