v$\_$s$=2$cos wt$,$ g$\_\{$m$\}=200$mA$,$ V$\_\{$DD$\}=+20$V$,$ R$\_$L $=10$kohm $,$ All coupling capacitors C $=10$u F$,$ V$\_\{$GS$($th$)\}$ use min values V$\_\{$GSQ$\},$ I$\_\{$DSQ$\}$ is located between the saturation point and the cutoff point, voltage distribution bias is used, and R$\_\{$S$\}$ is designed without R$\_\{$S$\},$ and $2$x amplification in $1$st stage amplification and $2$x amplification in $2$nd stage amplification and a total of $4$x amplification should be achieved. That is$,$ it should be v$\_$o $=8$coswt and the output should be non$-$inverted. In the case of DC bias, each amplifier should be an independent power source. Contents written: $(1)$ Circuit diagram $(2)$ Transmission characteristic graph $(3)$ Design contents $(4)$ Simulate the prepared circuit through PSPICE, and the simulation circuit and the result graph

V$\_\{$GS$($on$)\}=10$V$,$ V$\_\{$GS$($th$)\}=0\mathrm{.}8$V$,$ I$\_$D$=0\mathrm{.}5$mA