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Consider the ac equivalent circuit provided. Assume RE =2kN and Rc = 4k2, and the transistor parameters for both Q, and Q2 are: %3D • Icq = 2 mA • B = 110 VA = 100 V Q2 Vo V, VT = 25 mV RE Rc Determine: 9m = ms ro = kQ Av1 = V1/V¡ = V/V Av2 = Vo/V1 = V/V %3D Ay = Vo/V¡ = V/V

Consider the ac equivalent circuit provided. Assume RE =2kN and Rc = 4k2, and the transistor parameters for both Q, and Q2 are: %3D • Icq = 2 mA • B = 110 VA = 100 V Q2 Vo V, VT = 25 mV RE Rc Determine: 9m = ms ro = kQ Av1 = V1/V¡ = V/V Av2 = Vo/V1 = V/V %3D Ay = Vo/V¡ = V/V

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Consider the ac equivalent circuit provided. Assume RE =2kN and Rc = 4k2, and the transistor parameters for both Q, and Q2 are: %3D • Icq = 2 mA • B = 110 VA = 100 V Q2 Vo V, VT = 25 mV RE Rc Determine: 9m = ms ro = kQ Av1 = V1/V¡ = V/V Av2 = Vo/V1 = V/V %3D Ay = Vo/V¡ = V/V
Transcribed Image Text:Consider the ac equivalent circuit provided. Assume RE =2kN and Rc = 4k2, and the transistor parameters for both Q, and Q2 are: %3D • Icq = 2 mA • B = 110 VA = 100 V Q2 Vo V, VT = 25 mV RE Rc Determine: 9m = ms ro = kQ Av1 = V1/V¡ = V/V Av2 = Vo/V1 = V/V %3D Ay = Vo/V¡ = V/V
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