Hello my colleague .. Please solve cautiously, I will definitely support you by putting like .. I hope to solve this electronics question accurately, knowing that R1 = 24 kΩ and that R2 = 4.5 kΩ

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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Hello my colleague .. Please solve cautiously, I will definitely support you by putting like .. I hope to solve this electronics question accurately, knowing that R1 = 24 kΩ and that R2 = 4.5 kΩ

Vcc
+ 12 V
Bpc = 150
Bac = 160
Rc
C3
1 kN
out
in
10 μ
RL
10 µF
5 kN
R,
300 Ω
R2
Vs
10 mV
RE
' 560 N
C2
10µF
For the amplifier, the values of R1,and R2 are given in the Table on Page.4:
a) Detemine the dc emitter current(IE) using Thevenin's theorem equations.
b) Detemine the dc collector voltage (Vc)
c) Detemine the input resistance at the base( Ria(base) )
d) Detemine the total input resistance ( Ria(tot) )
e) Detemine the overall voltage gain(Av)
f) Detemine the ac collector voltage (V)
Transcribed Image Text:Vcc + 12 V Bpc = 150 Bac = 160 Rc C3 1 kN out in 10 μ RL 10 µF 5 kN R, 300 Ω R2 Vs 10 mV RE ' 560 N C2 10µF For the amplifier, the values of R1,and R2 are given in the Table on Page.4: a) Detemine the dc emitter current(IE) using Thevenin's theorem equations. b) Detemine the dc collector voltage (Vc) c) Detemine the input resistance at the base( Ria(base) ) d) Detemine the total input resistance ( Ria(tot) ) e) Detemine the overall voltage gain(Av) f) Detemine the ac collector voltage (V)
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