Assume active operation for the BJT transistor, consider the provided

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Assume active operation for the BJT transistor, consider the provided amplifier circuit with the given circuit and transistor parameters:I1 = 0.5 mA Rsig = 125 Ω Rc = 200 kΩ RL = 2 kΩ VDD = 5 V VBE(on) = 0.7 VB = 50 A/A VA = ∞ VT = 25 mV Please find: IC = mA gm = mS rπ = kΩ v1/vsig = V/V v0/v1 = V/V v0/vsig = V/V Rin = Ω Rout = kΩ

Assume active operation for the BJT transistor, consider the provided amplifier circuit with the given circuit and transistor parameters:I1 = 0.5 mA Rsig = 125 Ω Rc = 200 kΩ RL = 2 kΩ VDD = 5 V VBE(on) = 0.7 VB = 50 A/A VA = ∞ VT = 25 mV Please find: IC = mA gm = mS rπ = kΩ v1/vsig = V/V v0/v1 = V/V v0/vsig = V/V Rin = Ω Rout = kΩ

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Assume active operation for the BJT transistor, consider the provided amplfier circuit with the given circuit and transistor parameters:

$I_{1} = 0.5 mA$
$R_{sig} = 125 Ω$
$R_{c} = 200 k Ω$
$R_{L} = 2 k Ω$
$V_{DD} = 5 V$
$V_{BE} (on) = 0.7 V$
$B = 50 A / A$
$V_{A} = \infty$
$V_{T} = 25 mV$

Please find:

$I_{C} =$ $◻$ mA
$g_{m} =$ $◻$ mS
$r_{π} =$ $◻$ $k Ω$
$v_{1} / v_{sig} =$ $◻$ V/ V
$v_{0} / v_{1} =$ $◻$ $V / V$
$v_{0} / v_{sig} =$ $◻$ V/N $◻$
$R_{in} =$ $Ω$ $◻$
$R_{out} =$ $k Ω$

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