4.15 The asymptotic Bode plot shown in Fig. P4.15 represents a lowpass filter with gain enhancement over a range of frequencies. Design a circuit using no more than two op amps that will have this magnitude characteristic using one or both of the circuits shown in Fig. P4.15b and c. + C₁ + 12 dB/octave 0 dB R2 H C₂ (b) 500 1000 + (a) -6 dB/octave FIGURE P4.15 + R₁ w, rad/s C₂ (c) 2 6
4.15 The asymptotic Bode plot shown in Fig. P4.15 represents a lowpass filter with gain enhancement over a range of frequencies. Design a circuit using no more than two op amps that will have this magnitude characteristic using one or both of the circuits shown in Fig. P4.15b and c. + C₁ + 12 dB/octave 0 dB R2 H C₂ (b) 500 1000 + (a) -6 dB/octave FIGURE P4.15 + R₁ w, rad/s C₂ (c) 2 6
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Transcribed Image Text:4.15
Via
The asymptotic Bode plot shown in Fig. P4.15 represents a lowpass filter with gain
enhancement over a range of frequencies. Design a circuit using no more than two
op amps that will have this magnitude characteristic using one or both of the circuits
shown in Fig. P4.15b and c.
+
C₁
+ 12 dB/octave
0 dB
FINDEST
R ₂
C₂
(b)
500 1000
O
+
(a)
-6 dB/octave
V₁
FIGURE P4.15
+
R₁
w, rad/s
CS GE
R2
C₂
(c)
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