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Consider the circuit below. V1 R-33 k2 R5 R=10 k2 R-1 kN + Vo R=10 k2 R7 R=33 kM V2 a. Determine the values of Rs and R, for Ap (dB) = 40 dB, where Ap Assume Rs = R7. b. Which resistors, if not ideal (i.e. tolerances cause them to deviate from their nominal values), will contribute to increasing common-mode gain AcM?

Consider the circuit below. V1 R-33 k2 R5 R=10 k2 R-1 kN + Vo R=10 k2 R7 R=33 kM V2 a. Determine the values of Rs and R, for Ap (dB) = 40 dB, where Ap Assume Rs = R7. b. Which resistors, if not ideal (i.e. tolerances cause them to deviate from their nominal values), will contribute to increasing common-mode gain AcM?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Consider the circuit below. VI R=33 k2 R5 R=10 k2 R-1 k2 Vo R=10 kQ R7 RF33 kN V2 Vo Determine the values of Rs and R; for A,(dB) = 40 dB, where Ap a. Assume Rs = R7. b. Which resistors, if not ideal (i.e. tolerances cause them to deviate from their nominal values), will contribute to increasing common-mode gain Acm? 2.
Transcribed Image Text:Consider the circuit below. VI R=33 k2 R5 R=10 k2 R-1 k2 Vo R=10 kQ R7 RF33 kN V2 Vo Determine the values of Rs and R; for A,(dB) = 40 dB, where Ap a. Assume Rs = R7. b. Which resistors, if not ideal (i.e. tolerances cause them to deviate from their nominal values), will contribute to increasing common-mode gain Acm? 2.
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