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5) Assume C1= luF, C2 does not need to equal C1. Design a circuit that has the asymptotic magnitude Bode plot shown below. 14 dB 20 decade 200 500 @ (rad/s logarithmic scale) 20 log10|H(@)), dB

5) Assume C1= luF, C2 does not need to equal C1. Design a circuit that has the asymptotic magnitude Bode plot shown below. 14 dB 20 decade 200 500 @ (rad/s logarithmic scale) 20 log10|H(@)), dB

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Design a circuit that has the asymptotic magnitude Bode plot shown below. 5) Assume C1= 1luF, C2 does not need to equal C1. dB 20 decade 200 500 o (rad/s logarithmic scale) 20 log1o|H(@)|, dB
Transcribed Image Text:Design a circuit that has the asymptotic magnitude Bode plot shown below. 5) Assume C1= 1luF, C2 does not need to equal C1. dB 20 decade 200 500 o (rad/s logarithmic scale) 20 log1o|H(@)|, dB
Table 13.3-2 A Collection of Circuits and Corresponding Network Functions NETWORK FUNCTION CIRCUIT R1 R2 1+j 1 +j H(o) = -k 1+j where C2 R2 k = R1 1 RL 1 p = C2R2 R2 R1 k H(m) = - 1+j² C where R2 k = R1 RL p = CR2 R1 R2 Hw) = - k (1 +jº) where R2 k = R1 CR1 R1 R2 jo H(m) = -k where k= R2C 1 CR1 RL vo R2 kljm) R1 H(o) = - + C2 where k= C,R2 1 P1 = R 1 P2 = C2R2
Transcribed Image Text:Table 13.3-2 A Collection of Circuits and Corresponding Network Functions NETWORK FUNCTION CIRCUIT R1 R2 1+j 1 +j H(o) = -k 1+j where C2 R2 k = R1 1 RL 1 p = C2R2 R2 R1 k H(m) = - 1+j² C where R2 k = R1 RL p = CR2 R1 R2 Hw) = - k (1 +jº) where R2 k = R1 CR1 R1 R2 jo H(m) = -k where k= R2C 1 CR1 RL vo R2 kljm) R1 H(o) = - + C2 where k= C,R2 1 P1 = R 1 P2 = C2R2
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