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Q1// For the BJT amplifier circuit in figure below, determine: 1- Rg, Rc, RE1 and RE2 using Vcc supply of 12 V, an npn silicon transistor with B of 80, of Ic =2 mA and Ve = 7.6 V. Assumed VE = 0.2 Vcc and REI =0.3RĘ. 2- Z , Z, ', Ay, and v, using approximate r, equivalent model. O 12V Rc RB 600 2 10 ka Rs Zo Ra 50 mv -> Zin ww

Q1// For the BJT amplifier circuit in figure below, determine: 1- Rg, Rc, RE1 and RE2 using Vcc supply of 12 V, an npn silicon transistor with B of 80, of Ic =2 mA and Ve = 7.6 V. Assumed VE = 0.2 Vcc and REI =0.3RĘ. 2- Z , Z, ', Ay, and v, using approximate r, equivalent model. O 12V Rc RB 600 2 10 ka Rs Zo Ra 50 mv -> Zin ww

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
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QI// For the BJT amplifier circuit in figure below, determine: 1- Rg, Re, RE and Re2 using Vcc supply of 12 V, an npn silicon transistor with B of 80, of Ic =2 mA and Ve = 7.6 V. Assumed VE = 0.2 Vcc and RE =0.3RE. 2- Z, , Z, ', Ay, and v, using approximate r, equivalent model. o 12V Rc RB RL 600 2 10 ka vo Rs Zo |50 mv -> Zin
Transcribed Image Text:QI// For the BJT amplifier circuit in figure below, determine: 1- Rg, Re, RE and Re2 using Vcc supply of 12 V, an npn silicon transistor with B of 80, of Ic =2 mA and Ve = 7.6 V. Assumed VE = 0.2 Vcc and RE =0.3RE. 2- Z, , Z, ', Ay, and v, using approximate r, equivalent model. o 12V Rc RB RL 600 2 10 ka vo Rs Zo |50 mv -> Zin
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