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A. Find the output voltage expression of the circuit depending on the input voltages vl and v2. Find the expressions of the solutions in the time domain for the given values of v1 and v2.

A. Find the output voltage expression of the circuit depending on the input voltages vl and v2. Find the expressions of the solutions in the time domain for the given values of v1 and v2.

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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Elektrical Circiut Project

R2 R3 R Rgain Vout R1 + R2 R3 For both input sets: A. Find the output voltage expression of the circuit depending on the input voltages vl and v2. Find the expressions of the solutions in the time domain for the given values of vl and v2. B. Find the generalized matrix of knot equations of the circuit. VALUES: R1=6.8 kn R2=5 kn R3=10 ko Rgain=4.7 ko V1=0.8cos(2n1000t) V + 0.1 V V2=0.8cos(2r1000t) V ve V1=0.8cos(2n1000t) V + 0.1cos(2n5000t) V V2=0.8cos(21000t) V
Transcribed Image Text:R2 R3 R Rgain Vout R1 + R2 R3 For both input sets: A. Find the output voltage expression of the circuit depending on the input voltages vl and v2. Find the expressions of the solutions in the time domain for the given values of vl and v2. B. Find the generalized matrix of knot equations of the circuit. VALUES: R1=6.8 kn R2=5 kn R3=10 ko Rgain=4.7 ko V1=0.8cos(2n1000t) V + 0.1 V V2=0.8cos(2r1000t) V ve V1=0.8cos(2n1000t) V + 0.1cos(2n5000t) V V2=0.8cos(21000t) V
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