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For the transistor circuit shown below, what is the value of the VCE? Vi RB1 39 ΚΩ C₁ DE 10 uF Vcc = +18 V 1B Rc lc C 3.3 k B + + V CE C₂ HE 10 μF Vo B = 120

For the transistor circuit shown below, what is the value of the VCE? Vi RB1 39 ΚΩ C₁ DE 10 uF Vcc = +18 V 1B Rc lc C 3.3 k B + + V CE C₂ HE 10 μF Vo B = 120

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 1 For the transistor circuit shown below, what is the value of the VCE? Vi Vi (A) 30.234 μA B) 30.303 μA (C) 29.176 μA (D) 32.947 μA RB2 8,2 ΚΩ A) 8.176 V B 8.075 V C) 8.067 V (D) 8.149 V Question 2 For the transistor circuit shown below, what is the value of the emitter current? Vcc = +18V Rc 2.7 ΚΩ RB 470 ΚΩ 10 μF F C₁ C₁ DE 10 μF RB1 39 ΚΩ RB 470 ΚΩ 10 μF Vi HE G₁ Vcc= +18 V Rc 3.3 k B B C B b + VBE E A) 3.054 mA B) 2.942 MA c) 2.954 mA (D) 2.67 MA Question 3 For the transistor circuit shown below, what is the value of the base current? Vcc=+18V IB B Rc- 2.7 ΚΩ S C L B b + VBE E + VCE RE 30.68 ΚΩ + V BE + 10 μF G₂ 10 μF HE G₂ VCE > RE 0.68 kn C E CE 40 μF Vo B = 80 lc CE 40 μF + V CE RE C₂ HE 10 μF 1 ΚΩ Vo B = 80 Vo B = 120 В CE 50 μF H1₁ www ...
Transcribed Image Text:Question 1 For the transistor circuit shown below, what is the value of the VCE? Vi Vi (A) 30.234 μA B) 30.303 μA (C) 29.176 μA (D) 32.947 μA RB2 8,2 ΚΩ A) 8.176 V B 8.075 V C) 8.067 V (D) 8.149 V Question 2 For the transistor circuit shown below, what is the value of the emitter current? Vcc = +18V Rc 2.7 ΚΩ RB 470 ΚΩ 10 μF F C₁ C₁ DE 10 μF RB1 39 ΚΩ RB 470 ΚΩ 10 μF Vi HE G₁ Vcc= +18 V Rc 3.3 k B B C B b + VBE E A) 3.054 mA B) 2.942 MA c) 2.954 mA (D) 2.67 MA Question 3 For the transistor circuit shown below, what is the value of the base current? Vcc=+18V IB B Rc- 2.7 ΚΩ S C L B b + VBE E + VCE RE 30.68 ΚΩ + V BE + 10 μF G₂ 10 μF HE G₂ VCE > RE 0.68 kn C E CE 40 μF Vo B = 80 lc CE 40 μF + V CE RE C₂ HE 10 μF 1 ΚΩ Vo B = 80 Vo B = 120 В CE 50 μF H1₁ www ...
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