Discussion ‘@K 1. Gonnect the circuit as in Fig. 5. Txkc v Q‘%@ R 27KE quation (fin the m), calculate the = V,-8 V. With the help of branch currents Iy, Iz, and B 2. Using Circuit in F ¢ principle, calculaie the no Compare the theoretical and €X & l,, Ip, and . ital results. 2 R1InV3Rs 33> I3R2I2121TAFig. 5Discussion1. Connect the circuit as in Fig. 5. Take V 10 V, R1KD. R2- 2.7 KD, R3- 3.3 KO, andiversityV2-8 V. With the help of equation (1)in theory Section), calculate the node voltage Vybranch currents I,, I2, and I3.2. Using Circuit in Fig.5 Verify your results in previous question using superpositionprinciple, calculate the node voltage Vs, I, I2. and Is.3. Compare the theoretical and experitmental results.

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Answered: 1. Connect the circuit as in Fig. 5.…

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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Discussion ‘@K 1. Gonnect the circuit as in Fig. 5. Txkc v Q‘%@ R 27KE quation (fin the m), calculate the = V,-8 V. With the help of branch currents Iy, Iz, and B 2. Using Circuit in F ¢ principle, calculaie the no Compare the theoretical and €X & l,, Ip, and . ital results. 2

R1
In
V3
Rs 33
> I3
R2
I2
121
TA
Fig. 5
Discussion
1. Connect the circuit as in Fig. 5. Take V 10 V, R1KD. R2- 2.7 KD, R3- 3.3 KO, and
iversity
V2-8 V. With the help of equation (1)in theory Section), calculate the node voltage Vy
branch currents I,, I2, and I3.
2. Using Circuit in Fig.5 Verify your results in previous question using superposition
principle, calculate the node voltage Vs, I, I2. and Is.
3. Compare the theoretical and experitmental results.

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