the program used to plot is Waveforms Analog Discovery. Use any program you are comfortable with and specify what data is needed please.

Rc 2. (20%) Common source amplifier Build the circuit as shown in this problem, and set Re = 1 kq and Ved=5 V. a. Find Voies that generates --1mA drain current (ID). Vad Wavegen 2 b. Use the Voice found in (a) and verify if the NMOS is in the saturation region (Vos 2 Vas - VTH). Then, apply 10mV peak-to- peak sinusoidal signal at 60Hz for Vsin. Hint: for verifying the operation of the NMOS, you can use the results you got in problem 1. a. to estimate the threshold voltage (VTH). c. Plot and calculate small signal voltage gain (in dB, i.e. 20109"gm ( = ls/V), and ro( = Vas/la). All values need to calculate with their magnitudes(or peak-to-peak values). For example, r. - Vapp/ld.pp * (Vaz/a).pp. Wavegen 1 Vout n Vin vsin Vbias Rc 2. (20%) Common source amplifier Build the circuit as shown in this problem, and set Re = 1 kq and Ved=5 V. a. Find Voies that generates --1mA drain current (ID). Vad Wavegen 2 b. Use the Voice found in (a) and verify if the NMOS is in the saturation region (Vos 2 Vas - VTH). Then, apply 10mV peak-to- peak sinusoidal signal at 60Hz for Vsin. Hint: for verifying the operation of the NMOS, you can use the results you got in problem 1. a. to estimate the threshold voltage (VTH). c. Plot and calculate small signal voltage gain (in dB, i.e. 20109"gm ( = ls/V), and ro( = Vas/la). All values need to calculate with their magnitudes(or peak-to-peak values). For example, r. - Vapp/ld.pp * (Vaz/a).pp. Wavegen 1 Vout n Vin vsin Vbias