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For the circuit below, let Vin = 8 V. You are to select resistor values to guarantee an output voltage with magnitude 4V, Assume that the op amps are ideal. Part A What will the sign on your final output voltage be? ANSWER: Part B - -4V Part C +4V If R2 = 1kQ and R3 = ∞ Q, find R1. ANSWER: ΚΩ If R1 = 20k and R3 = 150 kQ, find R2. ANSWER: kQ R₁ www AND R₂ www FIGURE 6.51 50 k 200 kf www www

For the circuit below, let Vin = 8 V. You are to select resistor values to guarantee an output voltage with magnitude 4V, Assume that the op amps are ideal. Part A What will the sign on your final output voltage be? ANSWER: Part B - -4V Part C +4V If R2 = 1kQ and R3 = ∞ Q, find R1. ANSWER: ΚΩ If R1 = 20k and R3 = 150 kQ, find R2. ANSWER: kQ R₁ www AND R₂ www FIGURE 6.51 50 k 200 kf www www

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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For the circuit below, let Vin = 8 V. You are to select resistor values to guarantee an output voltage with magnitude 4V, Assume that the op amps are ideal. Part A What will the sign on your final output voltage be? ANSWER: Part B - -4V Part C +4V If R2 = 1k0 and R3 = ∞ Q, find R1. ANSWER: KQ If R1 = 20kQ and R3 = 150 kQ, find R2. ANSWER: ΚΩ R₁ ww FIGURE 6.51 Part D If a 10 kQload resistor is inserted between vout and ground, what effect will it have on vout? ANSWER: R₂ www Vout will increase. Vout will not change, provided that the current limit of the last op amp stage is not reached. Vout will decrease. R₂ 150 ΚΩ www 200 k www
Transcribed Image Text:For the circuit below, let Vin = 8 V. You are to select resistor values to guarantee an output voltage with magnitude 4V, Assume that the op amps are ideal. Part A What will the sign on your final output voltage be? ANSWER: Part B - -4V Part C +4V If R2 = 1k0 and R3 = ∞ Q, find R1. ANSWER: KQ If R1 = 20kQ and R3 = 150 kQ, find R2. ANSWER: ΚΩ R₁ ww FIGURE 6.51 Part D If a 10 kQload resistor is inserted between vout and ground, what effect will it have on vout? ANSWER: R₂ www Vout will increase. Vout will not change, provided that the current limit of the last op amp stage is not reached. Vout will decrease. R₂ 150 ΚΩ www 200 k www
Part E If the final op amp has a current limit of ± 50 mA, what is the smallest acceptable value for a load resistor placed between vout and ground before the op amp's current limit is reached? ANSWER:
Transcribed Image Text:Part E If the final op amp has a current limit of ± 50 mA, what is the smallest acceptable value for a load resistor placed between vout and ground before the op amp's current limit is reached? ANSWER:
Expert Solution
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As per Bartleby's guidelines only 3 subparts can be solved. Please send other subparts separately.

Given a circuit having 3 stage in which 1st and 2nd stage is an inverting amplifier and the 3rd stage is voltage follower.

To find

(a) The sign of final output voltage V0.

(b) If R2= 1 kΩ and R3=∞ Ω.To find R1

(c) If R1= 20 kΩ and R3=150 kΩ.To find R2

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