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In the Darlington pair circuit shown B = 120 for both transistors, and IEDP = 1.3 mA then the voltage and gain is: Vcc Rc= R%3= 335 k2 52; Q2 R2%3D 125 k2 RE2 Ay = - 37.5 b. Ay = + 0.75 С. Ay = - 375 ww a.

In the Darlington pair circuit shown B = 120 for both transistors, and IEDP = 1.3 mA then the voltage and gain is: Vcc Rc= R%3= 335 k2 52; Q2 R2%3D 125 k2 RE2 Ay = - 37.5 b. Ay = + 0.75 С. Ay = - 375 ww a.

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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In the Darlington pair circuit shown B = 120 for both transistors, and IEDP = 1.3 mA then the voltage and gain is: %3D Vcc Rc= Ri 335 k2 52; Cc Q2 R23= 125 k2 RE2 CE= а. Ay = - 37.5 b. Ay = + 0.75 С. Ay = - 375 ww
Transcribed Image Text:In the Darlington pair circuit shown B = 120 for both transistors, and IEDP = 1.3 mA then the voltage and gain is: %3D Vcc Rc= Ri 335 k2 52; Cc Q2 R23= 125 k2 RE2 CE= а. Ay = - 37.5 b. Ay = + 0.75 С. Ay = - 375 ww
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