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For the transistor amplifier shown in the picture, find the value of the quiescent output voltage (to 1 d.p). Amplifier circuit parameters are as follows: VCC = 12 V hFE = 1×100 RB = 1 ΜΩ RC = 4.8 KQ Vi ů ĎA Ď. RB Rc K Vcc Vo Ver (0 V)

For the transistor amplifier shown in the picture, find the value of the quiescent output voltage (to 1 d.p). Amplifier circuit parameters are as follows: VCC = 12 V hFE = 1×100 RB = 1 ΜΩ RC = 4.8 KQ Vi ů ĎA Ď. RB Rc K Vcc Vo Ver (0 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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For the transistor amplifier shown in the picture, find the value of the quiescent output voltage (to 1 d.p). Amplifier circuit parameters are as follows: VCC = 12 V hFE = 1×100 RB = 1 ΜΩ RC = 4.8 KQ Vi ů ĎA Ď. RB Rc K Vcc Vo Ver (0 V)
Transcribed Image Text:For the transistor amplifier shown in the picture, find the value of the quiescent output voltage (to 1 d.p). Amplifier circuit parameters are as follows: VCC = 12 V hFE = 1×100 RB = 1 ΜΩ RC = 4.8 KQ Vi ů ĎA Ď. RB Rc K Vcc Vo Ver (0 V)
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