Give the expression for the Voltage Gain (Vout/Vin) for the circuit below. Ignore Channel Length Modulation and the value of Capacitors is infinitely large. You have to make a small-signal model of the circuit. Use the model to calculate the voltage gain. (Hint: Capacitor impedance is zero for high frequencies, thus do they appear in the small-signal model?) C1 Vin R4 Vdd RD Vout ww R2 GND ww

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Give the expression for the Voltage Gain (Vout/Vin) for the circuit below. Ignore Channel Length
Modulation and the value of Capacitors is infinitely large. You have to make a small-signal model
of the circuit. Use the model to calculate the voltage gain. (Hint: Capacitor impedance is zero for
high frequencies, thus do they appear in the small-signal model?)
GND
C1
Vin
R3
R4
Vdd
ROT
Vout
ww
R2
R1
GND
C2
Transcribed Image Text:Give the expression for the Voltage Gain (Vout/Vin) for the circuit below. Ignore Channel Length Modulation and the value of Capacitors is infinitely large. You have to make a small-signal model of the circuit. Use the model to calculate the voltage gain. (Hint: Capacitor impedance is zero for high frequencies, thus do they appear in the small-signal model?) GND C1 Vin R3 R4 Vdd ROT Vout ww R2 R1 GND C2
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