Part I:a) Calculate the Y parameters for the circuit given in Figure 2 by circuit analysis.b) Use the conversion table provided to find the Z and ABCD parameters from the Yparameters.3 kn2 kN820 nFig. 2Part 2:(a) In the circuit of Figure 2, make V = 10 V and V = 10 V. Use the Y parameters%3Dyoudetermined in Part 1 prelab excises and calculate I and I(b) Use the ABCD parameters to determine I and I with V and V as given inabove.Laboratory ExercisesIn this laboratory exercise you will determine the YZ and ABCD parameters of thenetwork of Figure 2 by direct measurement.

Since,you asked multiple question but we only answer one question at a time. so answered the first…

Part I: a) Calculate the Y parameters for the circuit given in Figure 2 by circuit analysis. b) Use the conversion table provided to find the Z and ABCD parameters from the Y parameters. 3 ka 2 kn 820 2

Part I: a) Calculate the Y parameters for the circuit given in Figure 2 by circuit analysis. b) Use the conversion table provided to find the Z and ABCD parameters from the Y parameters. 3 ka 2 kn 820 2

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Question

Part I:
a) Calculate the Y parameters for the circuit given in Figure 2 by circuit analysis.
b) Use the conversion table provided to find the Z and ABCD parameters from the Y
parameters.
3 kn
2 kN
820 n
Fig. 2
Part 2:
(a) In the circuit of Figure 2, make V = 10 V and V = 10 V. Use the Y parameters
%3D
you
determined in Part 1 prelab excises and calculate I and I
(b) Use the ABCD parameters to determine I and I with V and V as given in
above.
Laboratory Exercises
In this laboratory exercise you will determine the YZ and ABCD parameters of the
network of Figure 2 by direct measurement.

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