4. a.) For the voltage-divider bias configuration shown below, determine: a. Ibq b. Icq c. Vceq d. Vc e. Ve f. Vb 16 V 3.9 ka 62 kd Ico A=80 VE 9.1 ka 0.68 kQ
4. a.) For the voltage-divider bias configuration shown below, determine: a. Ibq b. Icq c. Vceq d. Vc e. Ve f. Vb 16 V 3.9 ka 62 kd Ico A=80 VE 9.1 ka 0.68 kQ
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Determine:
![4. a.) For the voltage-divider bias configuration shown below , determine:
a. Ibq
b. Icq
c. Vceq
d. Vc
e. Ve
f. Vb
16 V
3.9 ka
62 kfl
Vc
Vor B= 80
VE
9.1 ka
0.68 kQ
Ans:
(a) 21.42 µA (b) 1.71 mA (c) 8.17 V (d) 9.33 V (e) 1.16 V (f) 1.86 V](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd23a44be-3bd7-478b-97b7-1207b33d2ec3%2F7ff2005b-e7df-4f45-9113-693ef47fc7cf%2Fapsktm_processed.png&w=3840&q=75)
Transcribed Image Text:4. a.) For the voltage-divider bias configuration shown below , determine:
a. Ibq
b. Icq
c. Vceq
d. Vc
e. Ve
f. Vb
16 V
3.9 ka
62 kfl
Vc
Vor B= 80
VE
9.1 ka
0.68 kQ
Ans:
(a) 21.42 µA (b) 1.71 mA (c) 8.17 V (d) 9.33 V (e) 1.16 V (f) 1.86 V
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