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iven the BJT amplifier circuit oVcc RC Cc R1< Vo Rs Cc Io Vs R2. RE Cb Ri' Rs-500Ω, R1=12KΩ, R2-2.5KΩ, RC-3.9KΩ, RE-1.5KΩ, RL-50K For transistor: Vbe=0.7V, B=hfe=100, hie=1.5KN (a) Determine the equivalent resistance Ri' (b) Determine the current gain Ais=Io/Is. (c) Determine the output current gain Io if Vs=200mVp-p (d) Determine the voltage gain Avs=Vo/Vs (e) Determine the output voltage Vo if Vs=200mVp-p

iven the BJT amplifier circuit oVcc RC Cc R1< Vo Rs Cc Io Vs R2. RE Cb Ri' Rs-500Ω, R1=12KΩ, R2-2.5KΩ, RC-3.9KΩ, RE-1.5KΩ, RL-50K For transistor: Vbe=0.7V, B=hfe=100, hie=1.5KN (a) Determine the equivalent resistance Ri' (b) Determine the current gain Ais=Io/Is. (c) Determine the output current gain Io if Vs=200mVp-p (d) Determine the voltage gain Avs=Vo/Vs (e) Determine the output voltage Vo if Vs=200mVp-p

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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Given the BJT amplifier circuit oVcc RC Cc R13 Vo Is Rs Cc Io Vs R2 RL RE Cb Ri' Rs=5002, R1=12KN, R2=2.5KN, RC=3.9KN, RE=1.5KN, RL=50KSN For transistor: Vbe=0.7V, B=hfe=100, hie=1.5KN (a) Determine the equivalent resistance Ri' (b) Determine the current gain Ais=Io/Is. (c) Determine the output current gain Io if Vs=200mVp-p (d) Determine the voltage gain Avs=Vo/Vs (e) Determine the output voltage Vo if Vs=200mVp-p
Transcribed Image Text:Given the BJT amplifier circuit oVcc RC Cc R13 Vo Is Rs Cc Io Vs R2 RL RE Cb Ri' Rs=5002, R1=12KN, R2=2.5KN, RC=3.9KN, RE=1.5KN, RL=50KSN For transistor: Vbe=0.7V, B=hfe=100, hie=1.5KN (a) Determine the equivalent resistance Ri' (b) Determine the current gain Ais=Io/Is. (c) Determine the output current gain Io if Vs=200mVp-p (d) Determine the voltage gain Avs=Vo/Vs (e) Determine the output voltage Vo if Vs=200mVp-p
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