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6.13 In the circuit shown in Fig. E6.13, the voltage at the emitter was measured and found to be -0.7 V. If B = 50, find Ig, Ig. Iç, and Ve. +10 V 5 kn OVE 10 k. -10 V Figure E6.13 Ans. 0.93 mA; 18.2 µA; 0.91 mA; +5.45 V

6.13 In the circuit shown in Fig. E6.13, the voltage at the emitter was measured and found to be -0.7 V. If B = 50, find Ig, Ig. Iç, and Ve. +10 V 5 kn OVE 10 k. -10 V Figure E6.13 Ans. 0.93 mA; 18.2 µA; 0.91 mA; +5.45 V

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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6.13 In the circuit shown in Fig. E6.13, the voltage at the emitter was measured and found to be –0.7 V. If ß = 50, find Ig, Ig, Iç, and Ve. +10 V 5 kN oVc OVE 10 ΚΩ -10 V Figure E6.13 Ans. 0.93 mA; 18.2 µA; 0.91 mA; +5.45 V
Transcribed Image Text:6.13 In the circuit shown in Fig. E6.13, the voltage at the emitter was measured and found to be –0.7 V. If ß = 50, find Ig, Ig, Iç, and Ve. +10 V 5 kN oVc OVE 10 ΚΩ -10 V Figure E6.13 Ans. 0.93 mA; 18.2 µA; 0.91 mA; +5.45 V
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