This assignment covers the different representations of combinational circuit and requires

you to apply the conversion process to convert between the different circuit representa$-$

tions.

In this assignment you have to create your own $8$x$1$ multiplexer $($mux$)$ and $3$x$8$ decoder

with the three basic logic gates: AND, OR$,$ NOT, using the design process covered in

class $($designing a truth table, deriving Boolean equations from the table, creating a

circuit from equations$).$ With those components, you will complete a verification circuit

$($provided in a template, see figure $1)$ that will display one of eight given hexadecimal

values on a hex display, while an array of LEDs will be used to indicate which of those

eight given hex values is currently shown. To choose one of the eight values, the user

can use a $3-$bit number $($symbolizing three separate levers that can be in an on or off

position$),$ which is used to control the mux and the decoder. In case all three levers

are in the on$-$position $($all $3$ bits are $1),$ the hexadecimal display also must light up the

decimal dot.

Figure $1$: Incomplete verification circuit RocketCont