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FN.Q3 – In the emitter-stabilized bias configuration of figure, the values of Vcc=18V, the resistances Rg=330kQ, R=1,2kQ, Rz=0,95kQ and f=120 are given (Vz=0,7V). Determine in the circuit: a) IsQ b) IcQ e) Væq Vọc Rc d) IcMax RB e) VscQ Vc VE RE

FN.Q3 – In the emitter-stabilized bias configuration of figure, the values of Vcc=18V, the resistances Rg=330kQ, R=1,2kQ, Rz=0,95kQ and f=120 are given (Vz=0,7V). Determine in the circuit: a) IsQ b) IcQ e) Væq Vọc Rc d) IcMax RB e) VscQ Vc VE RE

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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IN ALL CALCULATIONS AND THE USE OF THE FOUND VALUES IN THE EQUATIONS, THE PROCESS WILL BE MADE WITH 3 DIGGERS AFTER THE COMMA.

 

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FN.Q3 – In the emitter-stabilized bias configuration of figure, the values of Vcc=18V, the resistances Rg=330k2, R=1,2kQ, Rz-0,95kQ and ß=120 are given (VBE=0,7V). Determine in the circuit: a) IBQ Vcc b) IcQ c) VCEQ Rc d) ICMAX RB Ico e) VBCQ + oVE RE VBCQ = ICMAX = IcQ = IBQ =
Transcribed Image Text:FN.Q3 – In the emitter-stabilized bias configuration of figure, the values of Vcc=18V, the resistances Rg=330k2, R=1,2kQ, Rz-0,95kQ and ß=120 are given (VBE=0,7V). Determine in the circuit: a) IBQ Vcc b) IcQ c) VCEQ Rc d) ICMAX RB Ico e) VBCQ + oVE RE VBCQ = ICMAX = IcQ = IBQ =
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