Design a circuit that has $8-$bit unsigned input A and $8-$bit output F such

that

if $($A $>200)$

F $=$ A $32$

else if $($A $<100)$

F $=$ max$($A$,32)$

else

F $=$ A

Note:

$1)$ Assume that only the following Datapath components are available: $8-$bit adders,

$8-$bit subtractors, multiplexors $($muxes$)$ with any size, $8-$bit magnitude $($unsigned$)$

comparators, an $8-$bit minmax module from the Discussion, and any logic gates with n$-$bit

inputs $($n is your choice$).$

$2)$ You can use minmax module given in the Discussion to implement a max module for this

problem or you can design a max module.

$3)$ Properly connect all components and indicate bit$-$width of each wire $($if more than $1$ bit$).$

$4)$ Make sure that you specify the size and$/$or number of bits for each component that you use.

$5)$ To get full score, make sure that you properly connect all inputs of the magnitude

comparator$($s$)$ that you use in your circuit.