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8. With the emitter bias shown, a reasonable assumption for troubleshooting work is that the a. base voltage =+1 V VcC +15 V b. emitter voltage =+5 V RC 3.9 k2 c. emitter voltage = -1 V d. collector voltage = Vcc RB 68 k2 RE 7.5 k2 VEE -15 V

8. With the emitter bias shown, a reasonable assumption for troubleshooting work is that the a. base voltage =+1 V VcC +15 V b. emitter voltage =+5 V RC 3.9 k2 c. emitter voltage = -1 V d. collector voltage = Vcc RB 68 k2 RE 7.5 k2 VEE -15 V

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
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Question: 8. With the emitter bias shown, a reasonable assumption for troubleshooting work is that the VcC a. base voltage =+1 V +15 V b. emitter voltage = +5 V RC 3.9 k2 c. emitter voltage =-1 V d. collector voltage = Vcc RB 68 kQ %3D RE 7.5 kQ VEE -15 V
Transcribed Image Text:Question: 8. With the emitter bias shown, a reasonable assumption for troubleshooting work is that the VcC a. base voltage =+1 V +15 V b. emitter voltage = +5 V RC 3.9 k2 c. emitter voltage =-1 V d. collector voltage = Vcc RB 68 kQ %3D RE 7.5 kQ VEE -15 V
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