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Vi=20mV , Vcc=15V , β=110 , r0=30kΩ , Rc=4.7kΩ , RF1= 100kΩ , RF2= 47kΩ AC source internal resistance Rs=1.01kΩ and RL=37.9kΩ Output voltage V0=?? Note= The output empedance of the transistor(ro) must be taken into account in the calculations

Vi=20mV , Vcc=15V , β=110 , r0=30kΩ , Rc=4.7kΩ , RF1= 100kΩ , RF2= 47kΩ AC source internal resistance Rs=1.01kΩ and RL=37.9kΩ Output voltage V0=?? Note= The output empedance of the transistor(ro) must be taken into account in the calculations

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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Vi=20mV , Vcc=15V , β=110 , r0=30kΩ , Rc=4.7kΩ , RF1= 100kΩ , RF2= 47kΩ

AC source internal resistance Rs=1.01kΩ and RL=37.9kΩ

Output voltage V0=??

Note= The output empedance of the transistor(ro) must be taken into account in the calculations

Vcc RC RF2 RF1 C2 Zo
Transcribed Image Text:Vcc RC RF2 RF1 C2 Zo
• a-9,75 V O b.-3,36 V OC-8,74 V O d. -6,39 V Oe.-11,43 V OE-2,02 V Og. -7,40 V Oh 4,71 V
Transcribed Image Text:• a-9,75 V O b.-3,36 V OC-8,74 V O d. -6,39 V Oe.-11,43 V OE-2,02 V Og. -7,40 V Oh 4,71 V
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