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Consider the network above with V, = 4V, V, = 5V, and R = 1.8k2. %3D Treat the op-amp as real, with B =1.2 × 10°, R, = 1.5M2, and R, = 802. a. What is the voltage v, across the input terminals? b. What is the current i, through the input terminals? II

Consider the network above with V, = 4V, V, = 5V, and R = 1.8k2. %3D Treat the op-amp as real, with B =1.2 × 10°, R, = 1.5M2, and R, = 802. a. What is the voltage v, across the input terminals? b. What is the current i, through the input terminals? II

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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3R R + V1 Vout V2 2R Consider the network above with V, = 4V, V, = 5V, and R = 1.8kQ. Treat the op-amp as real, with B =1.2 × 10°, R, = 1.5M2, and R, = 802. a. What is the voltage v, across the input terminals? Vr = b. What is the current i, through the input terminals? c. What is the "ideal" output voltage (treating the op-amp as ideal)? Videal d. What is the difference between the ideal and real output voltage? Vreal - Videal
Transcribed Image Text:3R R + V1 Vout V2 2R Consider the network above with V, = 4V, V, = 5V, and R = 1.8kQ. Treat the op-amp as real, with B =1.2 × 10°, R, = 1.5M2, and R, = 802. a. What is the voltage v, across the input terminals? Vr = b. What is the current i, through the input terminals? c. What is the "ideal" output voltage (treating the op-amp as ideal)? Videal d. What is the difference between the ideal and real output voltage? Vreal - Videal
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