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P12.50. The four-resistor bias network of Figure12.22(a) on page 620 has R1=100 k2, R2=200 kQ, VCC=15 V, RC=D10 kQ, RE=10 kQ, and B=200.Assume that VBE=0.7 V in both the active and saturation regions. Determine ICQ and VCEQ. [Hint: The transistor may not be operating in the active region.]

P12.50. The four-resistor bias network of Figure12.22(a) on page 620 has R1=100 k2, R2=200 kQ, VCC=15 V, RC=D10 kQ, RE=10 kQ, and B=200.Assume that VBE=0.7 V in both the active and saturation regions. Determine ICQ and VCEQ. [Hint: The transistor may not be operating in the active region.]

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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P12.50. The four-resistor bias network of Figure12.22(a) on page 620 has R1=100 k2, R2=200 kQ, VCC=15 V, RC=10 kQ, RE=10 kQ, and B=200.Assume that VBE=0.7 V in both the active and saturation regions. Determine ICQ and VCEQ. [Hint: The transistor may not be operating in the active region.]
Transcribed Image Text:P12.50. The four-resistor bias network of Figure12.22(a) on page 620 has R1=100 k2, R2=200 kQ, VCC=15 V, RC=10 kQ, RE=10 kQ, and B=200.Assume that VBE=0.7 V in both the active and saturation regions. Determine ICQ and VCEQ. [Hint: The transistor may not be operating in the active region.]
+Vcc Rc R1 RE R2 (a) Original circuit
Transcribed Image Text:+Vcc Rc R1 RE R2 (a) Original circuit
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