A guide for this question, please show all steps, thank you :) 3RR+V1VoutV22RConsider 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)?Videald. What is the difference between the ideal and real output voltage?Vreal - Videal

Here, we have given a network: Given : V1=4 VV2=5 VR=1.8 kΩβ=1.2×105Rx=1.5 MΩRy=80Ω

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

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter18: Resistive-inductive Parallel Circuits

Section: Chapter Questions

Problem 13PP: In an R-L parallel circuit, IT=1.25 amps, R=1.2k, and XL=1k. Find IR

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A guide for this question, please show all steps, thank you :)

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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