1. A) B) B.1) B.2) The figure blow is op-amp circuit: Given: R120 k(ohms), R2= 40 k(ohms) C= 1 mF i1 B.3) w (rad/s) 0 0.025 B.4) W(rad/s) 0 0.025 G(s) = R₁ W (rad/s) 0 0.025 é Determine basic transfer function Find frequency response of the system. Eg(s) Ę (s) W(rad/s) 0 0.025 23 www R₂ e(t) G(jw) Degree G(jw) (rad) G(jw) db Degree G(jw)(deg)
1. A) B) B.1) B.2) The figure blow is op-amp circuit: Given: R120 k(ohms), R2= 40 k(ohms) C= 1 mF i1 B.3) w (rad/s) 0 0.025 B.4) W(rad/s) 0 0.025 G(s) = R₁ W (rad/s) 0 0.025 é Determine basic transfer function Find frequency response of the system. Eg(s) Ę (s) W(rad/s) 0 0.025 23 www R₂ e(t) G(jw) Degree G(jw) (rad) G(jw) db Degree G(jw)(deg)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Transcribed Image Text:1.
A)
B)
B.1)
Given: R120 k(ohms),
R2= 40 k(ohms)
C= 1 mF
B.2)
The figure blow is op-amp circuit:
R₁
ww
B.3)
w (rad/s)
0
0.025
B.4)
G(s) =
W(rad/s)
0
0.025
W (rad/s)
0
0.025
23
Determine basic transfer function
Find frequency response of the system.
Eg(s)
Ę (s)
W(rad/s)
0
0.025
www.
1+
eo(t)
G(jw)
Degree G(jw) (rad)
G(jw) db
Degree G(jw)(deg)
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