Choose an answer for each question. (You will choose three answers in total.) i- Tal d- Question_1: Determine the collector current Iç of Q, for the circuit shown below. Question_2: Determine the base-emitter voltage VBg of Q1 for the circuit shown below. Ca 2. Alttaki doure -:-iiniin ha7-omitar gorilimini l.- halirlovinis Question_3: Calculate the maximum value of Rc that places Q1 at the edge of the active region. Soru_-. - -yun iesapiay.. Circuit Parameters / Vcc=9V. Is = 4x10-16 A. B = 105, VA=00 Rc 10 μΑΙ -Vcc a. Vbe=515 mV b. Rc=7863 Q O c. Rc=5504 O d. Rc=9829 n O e. Rc=114020 O f. Vbe=829 mV g. Ic=1.365 mA h. Ic=1.785 mA O i. Ic=1.050 mA O j. Vbe=743 mV O k. Vbe=629 mV
Choose an answer for each question. (You will choose three answers in total.) i- Tal d- Question_1: Determine the collector current Iç of Q, for the circuit shown below. Question_2: Determine the base-emitter voltage VBg of Q1 for the circuit shown below. Ca 2. Alttaki doure -:-iiniin ha7-omitar gorilimini l.- halirlovinis Question_3: Calculate the maximum value of Rc that places Q1 at the edge of the active region. Soru_-. - -yun iesapiay.. Circuit Parameters / Vcc=9V. Is = 4x10-16 A. B = 105, VA=00 Rc 10 μΑΙ -Vcc a. Vbe=515 mV b. Rc=7863 Q O c. Rc=5504 O d. Rc=9829 n O e. Rc=114020 O f. Vbe=829 mV g. Ic=1.365 mA h. Ic=1.785 mA O i. Ic=1.050 mA O j. Vbe=743 mV O k. Vbe=629 mV
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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