Introductory Circuit Analysis (13th Edition)
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ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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![38 The g and h parameters for the resistive two-ports in
Fig. P18.38 are given by
S;
35
h1 = 5 kN;
g11
20
812
h12 = -0.2;
7'
800
· 821
h21
-4;
7
50
-kN; h = 200 µS;
7
822
%3D
Calculate v, if v, = 30 V de.
Figure P18.38
10 N
Vg
[g]
[h]
Vo {15 kN](https://content.bartleby.com/qna-images/question/3e14a2dd-930f-470f-b949-2b6be62bf4fb/058a3359-7471-483b-b365-f281876d0543/ecio21j_processed.jpeg)
Transcribed Image Text:38 The g and h parameters for the resistive two-ports in
Fig. P18.38 are given by
S;
35
h1 = 5 kN;
g11
20
812
h12 = -0.2;
7'
800
· 821
h21
-4;
7
50
-kN; h = 200 µS;
7
822
%3D
Calculate v, if v, = 30 V de.
Figure P18.38
10 N
Vg
[g]
[h]
Vo {15 kN
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- V1 V2 Is I2 Z3 IA Z4 IB Figure 18.3 See Figure 18.3. When setting up this circuit for nodal analysis solution, which one equation describes node 1? O 12 = 14 - 13 O lA = 14 13 = lA + 14 O 14 = lA + 12arrow_forwardA. Find z11. Express your answer in ohms in terms of S. B. Find z12. Express your answer in ohms in terms of S. C. Find z21. Express your answer in ohms in terms of S. D. Find z22. Express your answer in ohms in terms of S.arrow_forwardFind the Norton's and Thevenin's equivalent circuits of the one-ports shown in Fig.P - 18arrow_forward
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