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Determine the y parameters for the two-port shown in Fig. 19.17. Example 19.4 Solution: We follow the same procedure as in the previous example. To get yu and y21, we use the circuit in Fig. 19.18(a), in which port 2 is short- circuited and a current source is applied to port 1. At node 1, 21 ww- -ww Vị - V. V. V.-0 = 21, + 4. V But I, = therefore, Figure 19.17 For Example 19 4

Determine the y parameters for the two-port shown in Fig. 19.17. Example 19.4 Solution: We follow the same procedure as in the previous example. To get yu and y21, we use the circuit in Fig. 19.18(a), in which port 2 is short- circuited and a current source is applied to port 1. At node 1, 21 ww- -ww Vị - V. V. V.-0 = 21, + 4. V But I, = therefore, Figure 19.17 For Example 19 4

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Determine the y parameters for the two-port shown in Fig. 19.17. Example 19.4 21 Solution: We follow the same procedure as in the previous example. To get y and y21, we use the circuit in Fig. 19.18(a), in which port 2 is short- circuited and a current source is applied to port 1. At node 1, -ww- ww V - V. V.-0 2 V. = 21, + 20 4. V, - V, But I, = therefore, Figure 19.17 For Example 19 4
Transcribed Image Text:Determine the y parameters for the two-port shown in Fig. 19.17. Example 19.4 21 Solution: We follow the same procedure as in the previous example. To get y and y21, we use the circuit in Fig. 19.18(a), in which port 2 is short- circuited and a current source is applied to port 1. At node 1, -ww- ww V - V. V.-0 2 V. = 21, + 20 4. V, - V, But I, = therefore, Figure 19.17 For Example 19 4
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