Design a basic NMOS differential amplifier circuit using MOSFETs, at LTSPICE which includes $($give me LTSPICE solution$)$

$-$ A current mirror as the active load.

$-$ A tail current source for biasing the differential pair.

$-$ VDD$,$ tail current, and input signal amplitude and frequency are $\backslash (1\mathrm{.}8\backslash$mathrm$\{$~V$\},1\backslash$mathrm$\{$~mA$\}\backslash ),$ and $0\mathrm{.}1$ mVpp $($Sinusoidal$)$ and $10$kHz$.$

Choose transistor dimensions $($W$/$L ratios$)$ to ensure proper operation in the saturation region. Select resistor or current source values to set the desired bias current.

@ DC operation:

Simulate the DC operating point to verify that the transistors are operating in the correct regions.

@AC operation:

Perform a small$-$signal AC analysis to determine:

$-$ Differential gain $($Ad$),$Common$-$mode gain $($Acm$),$ Bandwidth $(3$dB and unity$-$gain$)$

$-$ Input impedance $($Zin$).$

$-$ Output impedance $($Zout$)$

CMRR Calculation

Simulate the common$-$mode gain by applying the same input signal to both inputs

Calculate the CMRR$=20$log$($Ad$/$Acm$)$ where Ad is the differential gain and Acm is the common$-$mode gain.

NOT!! Aim for a high differential gain $($Ad$>80[$V$/$V$]).$ Ensure CMRR is greater than $60$ dB $.$ Minimize power consumption.