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Slide 44 Determine the value of Zase for the circuits. +10 V Rc 4 kn 10 kn R 11 kn h-200 2.2 ko 200 0 RE 910 0 Assuming the components are changed to the following values: Vcc = 10 Volts R1 = 10,042 ohms R2 = 2,228 ohms Rc = 4,082 ohms %3D rE = 271 ohms RE = 913 ohms RL = 11,000 ohms hfe = 259 %3D W HH

Slide 44 Determine the value of Zase for the circuits. +10 V Rc 4 kn 10 kn R 11 kn h-200 2.2 ko 200 0 RE 910 0 Assuming the components are changed to the following values: Vcc = 10 Volts R1 = 10,042 ohms R2 = 2,228 ohms Rc = 4,082 ohms %3D rE = 271 ohms RE = 913 ohms RL = 11,000 ohms hfe = 259 %3D W HH

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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Slide 44 Determine the value of Zpase for the circuits. +10 V Re 4 kn 10 k RL 11 kn he- 200 -2.2 kn 200 n RE 910 n Assuming the components are changed to the following values: Vcc = 10 Volts R1 = 10,042 ohms R2 = 2,228 ohms Rc = 4,082 ohms %3D rE = 271 ohms RE = 913 ohms RL = 11,000 ohms hfe = 259
Transcribed Image Text:Slide 44 Determine the value of Zpase for the circuits. +10 V Re 4 kn 10 k RL 11 kn he- 200 -2.2 kn 200 n RE 910 n Assuming the components are changed to the following values: Vcc = 10 Volts R1 = 10,042 ohms R2 = 2,228 ohms Rc = 4,082 ohms %3D rE = 271 ohms RE = 913 ohms RL = 11,000 ohms hfe = 259
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