R2 C R1 ww 2) Show that the transfer function for integral or I control action is R4 1 for circuit 2 in R3 R1C25 the op amp table handout. Hint: Find the transfer function for the first amplifier with R1 and C2. Then find the transfer function for the second amplifier with R3 and R4. Multiply the two transfer functions to get the overall Eo(s)/E:(s). Amplifiers in series like this are called cascaded amplifiers.
R2 C R1 ww 2) Show that the transfer function for integral or I control action is R4 1 for circuit 2 in R3 R1C25 the op amp table handout. Hint: Find the transfer function for the first amplifier with R1 and C2. Then find the transfer function for the second amplifier with R3 and R4. Multiply the two transfer functions to get the overall Eo(s)/E:(s). Amplifiers in series like this are called cascaded amplifiers.
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:R2
R1
ei
R4
2) Show that the transfer function for integral or I control action is
1
for circuit 2 in
R3 R1C25
the
op amp table handout.
Hint: Find the transfer function for the first amplifier with R1 and C2. Then find the transfer
function for the second amplifier with R3 and R4. Multiply the two transfer functions to get
the overall Eo(s)/E:(s). Amplifiers in series like this are called cascaded amplifiers.
Expert Solution
Step 1 need to find transfer function
Here op amp is given so apply virtual ground theory and then apply KCL
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