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From the circuit shown, the silicon transistor has a β = 160.  Using exact analysis, which is wrong? (I) Vb = 4 V, Ve = 3.3 V, Ie = 2.2 mA (II) Vc = 10.51 V, Vce = 7.46 V, Vbc = -6.76 V (III)  Power dissipation of the transistor = 15.1 mW (IV)  Ic = 2.02 mA, Ib = 12.62 μA, Current Total = 2.18 mA (V) II and III

From the circuit shown, the silicon transistor has a β = 160.  Using exact analysis, which is wrong? (I) Vb = 4 V, Ve = 3.3 V, Ie = 2.2 mA (II) Vc = 10.51 V, Vce = 7.46 V, Vbc = -6.76 V (III)  Power dissipation of the transistor = 15.1 mW (IV)  Ic = 2.02 mA, Ib = 12.62 μA, Current Total = 2.18 mA (V) II and III

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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From the circuit shown, the silicon transistor has a β = 160.  Using exact analysis, which is wrong?

(I) Vb = 4 V, Ve = 3.3 V, Ie = 2.2 mA

(II) Vc = 10.51 V, Vce = 7.46 V, Vbc = -6.76 V

(III)  Power dissipation of the transistor = 15.1 mW

(IV)  Ic = 2.02 mA, Ib = 12.62 μA, Current Total = 2.18 mA

(V) II and III

Vs 20V R1 <100kΩ R2 325ΚΩ Rc 34.7ΚΩ 01 Re 1.5ΚΩ
Transcribed Image Text:Vs 20V R1 <100kΩ R2 325ΚΩ Rc 34.7ΚΩ 01 Re 1.5ΚΩ
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