Which is the correct expression for Vo (the quiescent output voltage) for the circuit shown here (you can assume that the transistor has a large-signal current gain of hFE>>1)? (Symbols have their usual meaning, with / and V being quiescent currents and voltages, and i and v being small signal values) -Vcc R1 R2 Vo=Vcc 0 Vo = Vec- Vo=Vcc - Q1 - RL - Cin RE Vcc R₂ |V₁ = Vcc - R₁ + R₂ Vo -Vo+vo -vi RL Vcc R₂ RE R₁ + R₂ - R₁ Vcc RL R₂ R₁ + RE R₁ VccR₂ RE 0.7 -0.7] − −0.7] R₁ + R₂

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Which is the correct expression for Vo (the quiescent output voltage) for the circuit shown here (you can assume that the transistor has a large-signal
current gain of hFE>>1)? (Symbols have their usual meaning, with / and V being quiescent currents and voltages, and i and v being small signal
values)
-Vcc
R1
R2
Vo=Vcc
0
Vo = Vec-
Vo=Vcc
-
Q1
-
RL
-
Cin
RE
Vcc R₂
|V₁ = Vcc - R₁ + R₂
Vo
-Vo+vo
-vi
RL Vcc R₂
RE R₁ + R₂
-
R₁ Vcc RL
R₂ R₁ + RE
R₁ VccR₂
RE
0.7
-0.7]
− −0.7]
R₁ + R₂
Transcribed Image Text:Which is the correct expression for Vo (the quiescent output voltage) for the circuit shown here (you can assume that the transistor has a large-signal current gain of hFE>>1)? (Symbols have their usual meaning, with / and V being quiescent currents and voltages, and i and v being small signal values) -Vcc R1 R2 Vo=Vcc 0 Vo = Vec- Vo=Vcc - Q1 - RL - Cin RE Vcc R₂ |V₁ = Vcc - R₁ + R₂ Vo -Vo+vo -vi RL Vcc R₂ RE R₁ + R₂ - R₁ Vcc RL R₂ R₁ + RE R₁ VccR₂ RE 0.7 -0.7] − −0.7] R₁ + R₂
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