8. or a singlestage CE amplifier having voltage divider biasing the Q-point is at Ic=0.245mA VCE=3.39V. Given Beta=100, VA=75, R1=300kOhm, R2=160kOhm, RC=22kOhm and RE=13kOhm. The amplifier circuit has coupling,decoupling and bypass capacitors and a load resistor R3=100kOhm. Calculate ne voltage gain and input resistance of this amplifier. O -151, 10.3 kOhm -131, 20.3 kOhm
8. or a singlestage CE amplifier having voltage divider biasing the Q-point is at Ic=0.245mA VCE=3.39V. Given Beta=100, VA=75, R1=300kOhm, R2=160kOhm, RC=22kOhm and RE=13kOhm. The amplifier circuit has coupling,decoupling and bypass capacitors and a load resistor R3=100kOhm. Calculate ne voltage gain and input resistance of this amplifier. O -151, 10.3 kOhm -131, 20.3 kOhm
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Among these options 1 is the solution, pls solve and provide the solution to this problem.
![8. or a singlestage CE amplifier having voltage divider biasing the Q-point is at
Ic=0.245mA VCE=3.39V. Given Beta=100, VA=75, R1=300kOhm, R2=160kOhm,
RC=22kOhm and RE=13kOhm. The amplifier circuit has coupling,decoupling and
bypass capacitors and a load resistor R3=100kOhm. Calculate ne voltage gain and
input resistance of this amplifier. n
-151, 10.3 kOhm
-131, 20.3 kOhm
131, 20.3 kOhm
151, 10.3 kOhm](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F47dc1cd7-4af3-4b1f-90ca-5d71b1fc1015%2F0ee6cf49-f2ab-4ebf-8f31-083dfaf62714%2F32qfuvvl_processed.jpeg&w=3840&q=75)
Transcribed Image Text:8. or a singlestage CE amplifier having voltage divider biasing the Q-point is at
Ic=0.245mA VCE=3.39V. Given Beta=100, VA=75, R1=300kOhm, R2=160kOhm,
RC=22kOhm and RE=13kOhm. The amplifier circuit has coupling,decoupling and
bypass capacitors and a load resistor R3=100kOhm. Calculate ne voltage gain and
input resistance of this amplifier. n
-151, 10.3 kOhm
-131, 20.3 kOhm
131, 20.3 kOhm
151, 10.3 kOhm
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