R2 C R Rf R R1 R Vi Rb Vo Ra The composite active circuit shown above to be used to emulate an analogous system transfer function of 10s + 5 G = s2 + 4s + 25 Take R=100K and C=10 uF and determine the rest of the R, C components to get equivalent system R = R2 = Rf = Ra = Rp = 구

Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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As3
R2
C
R
Rf
R1
R
R
Vi
Rb
Vo
Ra
III)
The composite active circuit shown above to be used to emulate an analogous system transfer function of
10s + 5
G =
s2 + 4s + 25
Take R=100K and C=10 uF and determine the rest of the R, C components to get equivalent system
Rp
Ra
R1
R2
Rf =
Transcribed Image Text:R2 C R Rf R1 R R Vi Rb Vo Ra III) The composite active circuit shown above to be used to emulate an analogous system transfer function of 10s + 5 G = s2 + 4s + 25 Take R=100K and C=10 uF and determine the rest of the R, C components to get equivalent system Rp Ra R1 R2 Rf =
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