QUESTION 4: Consider the ideal inverting summing amplifier inFigure 9.14(a) with parameters R1 = 40 k2, R2 = 18 kN, R3 = 61 kN,and Rp = 112 k2.(a) Determine vo for v1 = 0.02 V, vņ = 0.24 V, and vr3 = 1.25 V.(b) Determine vr3 for v1 = 0 V, v2 = 0.76 V, and vo= -0.67 V.vo (V)Format : -8.5249339004424V3 (V)Format : -9.5607885584383i4RFR1R2R3Figure 9.14(a)

We need to answer the given questions.

QUESTION 4: Consider the ideal inverting summing amplifier in Figure 9.14(a) with parameters R1 = 40 k2, R2 = 18 kN, R3 = 61 kN, and Rp = 112 k2. (a) Determine vo for v = 0.02 V, vņ = 0.24 V, and vr3 = 1.25 V. (b) Determine vr3 for vä = 0 V, v½ = 0.76 V, and vo= -0.67 V. vo (V) Format : -8.5249339004424 V3 (V) Format : -9.5607885584383 RF la R1 vy = 0 R2 R3 Figure 9 14(2)

QUESTION 4: Consider the ideal inverting summing amplifier in Figure 9.14(a) with parameters R1 = 40 k2, R2 = 18 kN, R3 = 61 kN, and Rp = 112 k2. (a) Determine vo for v = 0.02 V, vņ = 0.24 V, and vr3 = 1.25 V. (b) Determine vr3 for vä = 0 V, v½ = 0.76 V, and vo= -0.67 V. vo (V) Format : -8.5249339004424 V3 (V) Format : -9.5607885584383 RF la R1 vy = 0 R2 R3 Figure 9 14(2)

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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