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15.12 The voltage transfer function for either high-pass prototype filter shown in Fig. P15.12 is Figure P15.12 C=1F Show that if either circuit is scaled in both magni- tude and frequency, the scaled transfer function is H'(s) + Vi R=19 H(s) = (a) {R=10 vo (b) S s+1 (s/kg) (s/kg) + 1* L=1H vo

15.12 The voltage transfer function for either high-pass prototype filter shown in Fig. P15.12 is Figure P15.12 C=1F Show that if either circuit is scaled in both magni- tude and frequency, the scaled transfer function is H'(s) + Vi R=19 H(s) = (a) {R=10 vo (b) S s+1 (s/kg) (s/kg) + 1* L=1H vo

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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15.12 The voltage transfer function for either high-pass prototype filter shown in Fig. P15.12 is Figure P15.12 C=1F Vi Show that if either circuit is scaled in both magni- tude and frequency, the scaled transfer function is H'(s): (s/kg) (s/kg) + 1* . + Vi R=10 H(s) (a) = R=10 vo (b) + 3L=1H v₂ S s +1'
Transcribed Image Text:15.12 The voltage transfer function for either high-pass prototype filter shown in Fig. P15.12 is Figure P15.12 C=1F Vi Show that if either circuit is scaled in both magni- tude and frequency, the scaled transfer function is H'(s): (s/kg) (s/kg) + 1* . + Vi R=10 H(s) (a) = R=10 vo (b) + 3L=1H v₂ S s +1'
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