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Show that the four-pole filter shown in Figure Q2 (a) is approximately optimized for a Butterworth response. 0.22 uF 0.22 F R Vo W R2 Re 4.7 k 6.8 k 4.7 kf) 6.8 kfl 0.1 uF R3 Vout C4. 0.1 uF 1.0 k2 R, 6.8 kn R4 6.8 k2 5.6 kf2 Figure Q2 (a)

Show that the four-pole filter shown in Figure Q2 (a) is approximately optimized for a Butterworth response. 0.22 uF 0.22 F R Vo W R2 Re 4.7 k 6.8 k 4.7 kf) 6.8 kfl 0.1 uF R3 Vout C4. 0.1 uF 1.0 k2 R, 6.8 kn R4 6.8 k2 5.6 kf2 Figure Q2 (a)

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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a. Show that the four-pole filter shown in Figure Q2 (a) is approximately optimized for a Butterworth response. 0.22 uF 0.22 uF R Vo W R2 Re 4.7 kn 6.8 k2 C. 4.7 k) 6.8 kfl R3 1.0 k 0.1 uF Vout C4. 0.1 uF R, 6.8 kn R4 6.8 k 5.6 kf2 Figure Q2 (a)
Transcribed Image Text:a. Show that the four-pole filter shown in Figure Q2 (a) is approximately optimized for a Butterworth response. 0.22 uF 0.22 uF R Vo W R2 Re 4.7 kn 6.8 k2 C. 4.7 k) 6.8 kfl R3 1.0 k 0.1 uF Vout C4. 0.1 uF R, 6.8 kn R4 6.8 k 5.6 kf2 Figure Q2 (a)
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