For R1=12290, R2=3870, R3=9471, R4=19553, R5=3555, R6=1328, K1=33 & V1=15 V in the circuit shown below, find the Norton equivalent between terminals a and b. (Rth may be -ve due to the presence of the dependent source) Kli, R1 R3 R5 ER2 is Vi {R4 R6 Rth= IN(Norton current)=

For R1=12290, R2=3870, R3=9471, R4=19553, R5=3555, R6=1328, K1=33 & V1=15 V in the circuit shown below, find the Norton equivalent between terminals a and b. (Rth may be -ve due to the presence of the dependent source) Kli, R1 R3 R5 ER2 is Vi {R4 R6 Rth= IN(Norton current)=

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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Question

For R1=12290, R2=3870, R3=9471, R4=19553, R5=3555, R6=1328, K1=33 & V1=15 V in the circuit shown below, find the Norton equivalent between terminals a and b.
(Rth may be -ve due to the presence of the dependent source)
Kli,
R1
R3
R5
+
Vi
ER2
ER4
ŽR6
Rth=
IN(Norton current)=

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