using logica$.$ly$,($show me images$)$ create a two four$-$bit Nibble Inputs, and a four$-$bit Nibble output. Your OUTPUT will also be going to four LAMPS $($as well as the $4-$Bit Display$),$ so that you can properly see the results of AND, OR$,$ and NOT.

However, you$$ll have two additional inputs, the CONTROL inputs. These two inputs will be

dictating WHAT your circuit should do:

$00$ NOT the A value

$01$ AND the A and B values together

$10$ OR the A and B values together

$11$ Perform ADDITION on the A and B values.

Create integrated circuits for the AND, OR$,$ and NOT portions of the circuit. So for example:

$1011$ AND $0110$ would result in $0010.$

$1011$ OR $0110$ would result in $1111.$

$0010$ NOT would result in $1101($Note that for NOT it doesn$$t matter WHAT the B inputs are, it won$$t use

them$)$

a basic Nibble Multiplexor library that will include both a Nibble

Multiplexor $($it can handle four nibbles as input$),$ as well as a smaller $4-$Bit MUX $($which can handle four

bits as input$)$ to use. Make sure to hook it up correctly, and make sure your inputs pass through

properly!

Capture screenshots of the shown inputs, and the resulting outputs.

$1$: Input: A: $1101,$ B: $0111,$ CONTROL: $01$

$2$: Input: A: $0001,$ B: $0111,$ CONTROL: $00$

$3$: Input: A: $0110,$ B: $1000,$ CONTROL: $10$

$4$: Input: A: $0101,$ B: $0011,$ CONTROL: $11$

$5$: Input: A: $1011,$ B: $1110,$ CONTROL: $11$