Q6: Complete the design of the BJT amplifier circuit shown below for a voltage gain of 125, Z,=2.4kQ, Z,=2kQ. Assume that a = 0.985, and r.=1/hob o Q. Calculate Av, and Vo. Vcc 1-9V Rc Z. Z. V. RL R 200 10mV Z V RE VEE +4V
Q6: Complete the design of the BJT amplifier circuit shown below for a voltage gain of 125, Z,=2.4kQ, Z,=2kQ. Assume that a = 0.985, and r.=1/hob o Q. Calculate Av, and Vo. Vcc 1-9V Rc Z. Z. V. RL R 200 10mV Z V RE VEE +4V
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![Q6: Complete the design of the BJT amplifier circuit shown below for a voltage gain of 125,
Z,=2.4kQ, Z,=2kQ. Assume that a = 0.985, and r.=1/hob o Q. Calculate Av, and Vo.
Vcc 1-9V
Rc
Z.
Z.
V.
RL
R
200
10mV
Z
V RE
VEE +4V](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F680dd745-47fb-475d-b97a-86807cb69930%2F27f9d628-68a6-4422-849d-c0c3ccdaac83%2Fyciy04c.png&w=3840&q=75)
Transcribed Image Text:Q6: Complete the design of the BJT amplifier circuit shown below for a voltage gain of 125,
Z,=2.4kQ, Z,=2kQ. Assume that a = 0.985, and r.=1/hob o Q. Calculate Av, and Vo.
Vcc 1-9V
Rc
Z.
Z.
V.
RL
R
200
10mV
Z
V RE
VEE +4V
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