For the circuit in the figure; a) Find T (s) = Vout (s) / V1 (s) and T (s) = VL (s) / V1 (s) b) Comment on the transfer functions you have obtained. c) T (s) = Vout (s) / V1 (s) instead of OP / AMP, the circuit that will give the transfer function Perform using completely passive elements (R, L, C)). (OP / AMPs are ideal and fixed values a, b, c, d, Q, G0 = 1 / R0)
For the circuit in the figure; a) Find T (s) = Vout (s) / V1 (s) and T (s) = VL (s) / V1 (s) b) Comment on the transfer functions you have obtained. c) T (s) = Vout (s) / V1 (s) instead of OP / AMP, the circuit that will give the transfer function Perform using completely passive elements (R, L, C)). (OP / AMPs are ideal and fixed values a, b, c, d, Q, G0 = 1 / R0)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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For the circuit in the figure; a) Find T (s) = Vout (s) / V1 (s) and T (s) = VL (s) / V1 (s) b) Comment on the transfer functions you have obtained. c) T (s) = Vout (s) / V1 (s) instead of OP / AMP, the circuit that will give the transfer function Perform using completely passive elements (R, L, C)). (OP / AMPs are ideal and fixed values a, b, c, d, Q, G0 = 1 / R0)
![R
RA
QR
RA
R/k
bG,
G.
aG,
Vout](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7bdbf5a9-9b6c-4e4c-9f2f-7092789ccee2%2F8c0a7802-0df5-4751-91fe-226003639033%2F79shza_processed.png&w=3840&q=75)
Transcribed Image Text:R
RA
QR
RA
R/k
bG,
G.
aG,
Vout
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