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4-) Using the DC (operating point) analysis of the following circuit, a) Find the operating point(s) of the terminal variables of the 3-terminal, b) Using the linear equivalent(s) of the 3-terminal, obtain all the possible small-signal equivalent circuits. c) Find the complete values of the voltage v2. R=3 N il iz ij=vi/3 iz-vi-6=0 E=6 V R3=2 2 V2 VI e(t)=0.2cos2t V E=8 V

4-) Using the DC (operating point) analysis of the following circuit, a) Find the operating point(s) of the terminal variables of the 3-terminal, b) Using the linear equivalent(s) of the 3-terminal, obtain all the possible small-signal equivalent circuits. c) Find the complete values of the voltage v2. R=3 N il iz ij=vi/3 iz-vi-6=0 E=6 V R3=2 2 V2 VI e(t)=0.2cos2t V E=8 V

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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4-) Using the DC (operating point) analysis of the following circuit, a) Find the operating point(s) of the terminal variables of the 3-terminal, b) Using the linear equivalent(s) of the 3-terminal, obtain all the possible small-signal equivalent circuits. c) Find the complete values of the voltage v2. R=3 N i iz i=v/3 i?-vi-6=0 E=6 V R3=2 2 V2 VI e(t)=0.2cos2t V E=8 V
Transcribed Image Text:4-) Using the DC (operating point) analysis of the following circuit, a) Find the operating point(s) of the terminal variables of the 3-terminal, b) Using the linear equivalent(s) of the 3-terminal, obtain all the possible small-signal equivalent circuits. c) Find the complete values of the voltage v2. R=3 N i iz i=v/3 i?-vi-6=0 E=6 V R3=2 2 V2 VI e(t)=0.2cos2t V E=8 V
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