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18.13 The following direct-current measurements were made on the two-port network shown in Fig. P18.13. Port 2 Open V₁ = 10 mV V₂ = -6 V 1 = 0.5 μΑ Port 2 Short-Circuited I = 100 μΑ I₂ = 70 μA V₁ = 15 V Calculate the g parameters for the network. Figure P18.13 1₁ + V₁ g + V₂

18.13 The following direct-current measurements were made on the two-port network shown in Fig. P18.13. Port 2 Open V₁ = 10 mV V₂ = -6 V 1 = 0.5 μΑ Port 2 Short-Circuited I = 100 μΑ I₂ = 70 μA V₁ = 15 V Calculate the g parameters for the network. Figure P18.13 1₁ + V₁ g + V₂

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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18.13 The following direct-current measurements were made on the two-port network shown in Fig. P18.13. Port 2 Open V₁ = 10 mV V₂ = -6 V I₁ = 0.5 μA Port 2 Short-Circuited I₁ = 100 µA I₂ = 70 μA V₁ = 15 V Calculate the g parameters for the network. Figure P18.13 - 1₁ V₁ g V₂
Transcribed Image Text:18.13 The following direct-current measurements were made on the two-port network shown in Fig. P18.13. Port 2 Open V₁ = 10 mV V₂ = -6 V I₁ = 0.5 μA Port 2 Short-Circuited I₁ = 100 µA I₂ = 70 μA V₁ = 15 V Calculate the g parameters for the network. Figure P18.13 - 1₁ V₁ g V₂
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