FN.Q4 - For the voltage-divider bias configuration of figure, the values of Vcc=24V, the resistances Re1=125KQ, Re=45KQ, Rc=1,8kQ Rz=0,875KQ and p-200 are given (VBE=0,7V). Determine in the circuit:...

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.Q4 - For the voltage-divider bias configuration of figure, the values of Vcc=24V, the resistances Re1=125KQ,<br>Re=45KQ, Rc=1,8kQ Rz=0,875KQ and p-200 are given (VBE=0,7V). Determine in the circuit:<br>a) IBQ<br>b) IcQ<br>Vcc<br>c) VczQ<br>RC<br>d) ICMAX<br>RBI<br>tco<br>e) VoQ<br>Vc<br>RB2<br>RE<br>VcQ =<br>ICMAX =<br>VczQ=<br>Icq =<br>IBQ<br>%3D<br>

Extracted text: FN.Q4 - For the voltage-divider bias configuration of figure, the values of Vcc=24V, the resistances Re1=125KQ, Re=45KQ, Rc=1,8kQ Rz=0,875KQ and p-200 are given (VBE=0,7V). Determine in the circuit: a) IBQ b) IcQ Vcc c) VczQ RC d) ICMAX RBI tco e) VoQ Vc RB2 RE VcQ = ICMAX = VczQ= Icq = IBQ %3D

Jun 11, 2022

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FN.Q4 - For the voltage-divider bias configuration of figure, the values of Vcc=24V, the resistances Re1=125KQ, Re=45KQ, Rc=1,8kQ Rz=0,875KQ and p-200 are given (VBE=0,7V). Determine in the circuit:...

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