You will use a single $2N{7000}_{?}$ n$-$channel MOSFET to design an amplifier circuit. Use the default values for $kp($this is $k_n\text{'})$ for and $V_t.$

Part I $-$ Design of an amplifier

Using the knowledge that you've obtained from this semester, and the information from the model below, design an amplifier that operates with the following criteria:

Signal source can be modeled as a $0\mathrm{.}1V,1kHz$ sinusoidal signal with a signal resistance $(R_{\text{s}\text{i}\text{g}})$ of $1k.$

The output of the amplifier should be connected to a $10k$ load resistor $(R_L).$

You are allowed a single voltage source $(V_{DD})$ of $10$ V $.$

When measured, the output signal should have a magnitude between $1\mathrm{.}9$ V and $2\mathrm{.}1$ V $.$ This corresponds to a gain of $20\frac{V}{V}+-5\%.$

RG$1$ must have a value that is the last $6$ digits of your $($partner $1)$ V$-$Number $($e$.$g$.$ V$00457982RG1=457\mathrm{.}982k).$ Round up the value to the closest standard resistor $($e$.$g$.,457\mathrm{.}982k$ value is rounded to $470k).$

You must calculate values for $R_{G2},R_{S1},R_{S2},$ and $R_D.$ Assume RG$1=1$Mohm