In Fig.4, the silicon transistor has hfe = 100, hie = 1KQ, and hoe = hre = 0. Find: a) The equivalent circuit. Vcc=12V b) The voltage gain Av = volvi. c) The input impedance Zin seen by the signal voltage source Vin. d) The output impedance Zout seen by the load resistance RL. Vino I in C₁ Fig.4 R₁ |50kΩ R₂ 10kQ2 Rc 1000 RE *0.5ΚΩ C3 C₂ Vout www +₁₁ R₁ ΊΚΩ

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Make an AC analysis with the circuit below. Full Solution.

In Fig.4, the silicon transistor has hfe = 100, hie = 1K2, and hoe = hre = 0. Find:
a) The equivalent circuit.
Vcc=12V
b) The voltage gain Av = volvi.
c)The input impedance Zin seen
by the signal voltage source Vin.
d) The output impedance Zout seen
by the load resistance R₁.
Vino
Iin
C₁
Fig.4
R₁
50kΩ
www
R₂
•10ΚΩ
Rc
1000
RE
*0.5kΩ
C3
C₂
Vout
R₂
ΊΚΩ
Transcribed Image Text:In Fig.4, the silicon transistor has hfe = 100, hie = 1K2, and hoe = hre = 0. Find: a) The equivalent circuit. Vcc=12V b) The voltage gain Av = volvi. c)The input impedance Zin seen by the signal voltage source Vin. d) The output impedance Zout seen by the load resistance R₁. Vino Iin C₁ Fig.4 R₁ 50kΩ www R₂ •10ΚΩ Rc 1000 RE *0.5kΩ C3 C₂ Vout R₂ ΊΚΩ
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