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1. Consider an ideal Op-Amp with the inputs of v₁ = 0 V and V12 = 5 V. Label voltages and currents in the circuit, mention necessary equations used, solve the equations to answer the following. a) Find out the voltage at every node. b) Find out the current across every resistor showing the direction.

1. Consider an ideal Op-Amp with the inputs of v₁ = 0 V and V12 = 5 V. Label voltages and currents in the circuit, mention necessary equations used, solve the equations to answer the following. a) Find out the voltage at every node. b) Find out the current across every resistor showing the direction.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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-0 000 Answer all parts of the question. 1. Consider an ideal Op-Amp with the inputs of v1₁ = 0 V and V12 = 5 V. Label voltages and currents in the circuit, mention necessary equations used, solve the equations to answer the following. a) Find out the voltage at every node. b) Find out the current across every resistor showing the direction. R₁ = V₁ sh= Ri VII V12. (1= VIRI 11=0 A R₁ = 5 kQ2 ww www Ra = 25 ΚΩ R₁ = 50 ks? R2 = 70 ΚΩ in 10 + Vo since Vi is connected to the ground So so -VO KCL at Now 1₁ = 14 11₁ =0
Transcribed Image Text:-0 000 Answer all parts of the question. 1. Consider an ideal Op-Amp with the inputs of v1₁ = 0 V and V12 = 5 V. Label voltages and currents in the circuit, mention necessary equations used, solve the equations to answer the following. a) Find out the voltage at every node. b) Find out the current across every resistor showing the direction. R₁ = V₁ sh= Ri VII V12. (1= VIRI 11=0 A R₁ = 5 kQ2 ww www Ra = 25 ΚΩ R₁ = 50 ks? R2 = 70 ΚΩ in 10 + Vo since Vi is connected to the ground So so -VO KCL at Now 1₁ = 14 11₁ =0
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