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Q 2. Calculate the Avf, Rif, R'of for the circuit shown in figure 2. Both transistors are identical and their parameters, hie=1100 2, and he=50. The values of the circuit parameters are: R,=1KN, R1=100KN, RCi=10KQ, Rei=10002, Rc2=22002, RE2=1000SN, RF=10K2, R,=1KN, C,=0.1µF, V cc=+12V. +Vcc RCz Vo C2 Rb wwww B2 Rs E, REa Vs (~ RE, wwwww RF www www wwwwm

Q 2. Calculate the Avf, Rif, R'of for the circuit shown in figure 2. Both transistors are identical and their parameters, hie=1100 2, and he=50. The values of the circuit parameters are: R,=1KN, R1=100KN, RCi=10KQ, Rei=10002, Rc2=22002, RE2=1000SN, RF=10K2, R,=1KN, C,=0.1µF, V cc=+12V. +Vcc RCz Vo C2 Rb wwww B2 Rs E, REa Vs (~ RE, wwwww RF www www wwwwm

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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Q 2. Calculate the Avf, Rif, R’of for the circuit shown in figure 2. Both transistors are identical and their parameters, hje=1100 Q, and hfe=50. The values of the circuit parameters are: R3=1KN, R1=100KN, Rci=10KN, REi=10002, Rc2=22002, RE2=10002, RF=10K2, R,=1KN, C=0.1µF, Vec=+12V. +Vcc RCz Vo Rb wwww. B2 Rs E, REg Vs RE, RF www www wwwm
Transcribed Image Text:Q 2. Calculate the Avf, Rif, R’of for the circuit shown in figure 2. Both transistors are identical and their parameters, hje=1100 Q, and hfe=50. The values of the circuit parameters are: R3=1KN, R1=100KN, Rci=10KN, REi=10002, Rc2=22002, RE2=10002, RF=10K2, R,=1KN, C=0.1µF, Vec=+12V. +Vcc RCz Vo Rb wwww. B2 Rs E, REg Vs RE, RF www www wwwm
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