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RC1 1.5k2 SR1 $4.7k2 Q2 Rs R2 1k2 RE2 1502 RL 1k2 RE1 330Ω Zin Zo Assume hfe=ß=100 and Vbe=0.7V for Ql and Q2 (a) Determine IC1, VCE1, and hiej of QI. (b) Determine Ic2, VCE2, and, hie2 of Q2. (c) Determine Zin and Zo.

RC1 1.5k2 SR1 $4.7k2 Q2 Rs R2 1k2 RE2 1502 RL 1k2 RE1 330Ω Zin Zo Assume hfe=ß=100 and Vbe=0.7V for Ql and Q2 (a) Determine IC1, VCE1, and hiej of QI. (b) Determine Ic2, VCE2, and, hie2 of Q2. (c) Determine Zin and Zo.

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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2. Given the direct-coupled cascaded BJT amplifier circuit Vcc +15 V RC1 1.5k2 R1 $4.7k2 Q2 Vo Rs Q1 R2 1k2 RE2 1502 RL 1 kΩ Vs RE1 3302 Zin Zo Assume hfe-ß=100 and Vbe=0.7V for Ql and Q2 (a) Determine Ic1, VCE1, and hiej of Q1. (b) Determine Ic2, VCE2, and, hie2 of Q2. (c) Determine Zin and Zo.
Transcribed Image Text:2. Given the direct-coupled cascaded BJT amplifier circuit Vcc +15 V RC1 1.5k2 R1 $4.7k2 Q2 Vo Rs Q1 R2 1k2 RE2 1502 RL 1 kΩ Vs RE1 3302 Zin Zo Assume hfe-ß=100 and Vbe=0.7V for Ql and Q2 (a) Determine Ic1, VCE1, and hiej of Q1. (b) Determine Ic2, VCE2, and, hie2 of Q2. (c) Determine Zin and Zo.
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