2. Determine the 2 High Critical frequencies for the following amplifier, given: RE1-300 ohms, Vcc=12v, RL-12k, B-150-9pF, CCE = 10pF: Cwi = 8pF, Cwo = 11pF, CBC = 7pF, CBE = PF. Cor-10pF. in wol Eorl snimats. VI-Vendo 008-1

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Publisher:Robert L. Boylestad
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Assignme
amplif
2. Determine the 2 High Critical frequencies for the following amplifier, given:
Cwi = 8pF
RE1=300 ohms, Vcc=12v, RL=12k, ß=150
Cwo = 7pF, CBE =
OR
55v
IQ_
18
you came 9DF. CCE = 10DE. wol Esri snimmt.
021-821-A
Vs
له
few - 2.6 M
1 kHz
XOE
Rs
01 191qora bolsos sool of 19
C1
luF
HH
Cwi
R1
30k
av
R2
10k
VSI=00V, emdo 00-1
Vcc
Rc
5 k
Q1
RE1
RE2
2k
C2
luF
HE
Cwo
C3
33uF
RL
Transcribed Image Text:Assignme amplif 2. Determine the 2 High Critical frequencies for the following amplifier, given: Cwi = 8pF RE1=300 ohms, Vcc=12v, RL=12k, ß=150 Cwo = 7pF, CBE = OR 55v IQ_ 18 you came 9DF. CCE = 10DE. wol Esri snimmt. 021-821-A Vs له few - 2.6 M 1 kHz XOE Rs 01 191qora bolsos sool of 19 C1 luF HH Cwi R1 30k av R2 10k VSI=00V, emdo 00-1 Vcc Rc 5 k Q1 RE1 RE2 2k C2 luF HE Cwo C3 33uF RL
Expert Solution
Step 1: Parameter needs to be calculated

For the given amplifier circuit the value of the higher cutoff frequencies needs to be calculated and the same can be calculated by using the AC, DC and frequency analysis.

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