$1$:Multiplier Test $1$

$1/1$

At $2$ns: F is

$00000000($Passed$)$

with A $=0,$ B $=0$

$2$:Multiplier Test $2$

$0/1$

At $2$ns

Inputs

A $=6,$ B $=10$

Tested signal: F

Your value: $00000000$

Expected value: $00111100($Failed$)$

$3$:Multiplier Test $3$

$0/1$

At $2$ns

Inputs

A $=2,$ B $=13$

Tested signal: F

Your value: $00000000$

Expected value: $00011010($Failed$)$

$4$:Multiplier Test $4$

$0/1$

At $2$ns

Inputs

A $=8,$ B $=11$

Tested signal: F

Your value: $00000000$

Expected value: $01011000($Failed$)$

$5$:Multiplier Test $5$

$0/1$

At $2$ns

Inputs

A $=11,$ B $=11$

Tested signal: F

Your value: $00000000$

Expected value: $01111001($Failed$)$

Can you help me trouble shoot why all i get is Zeros

Description

In Verilog create a $4-$bit array$-$style multiplier. The multiplier will take in two four bit numbers and outputs a $8-$bit product.

Signals

Inputs: $[3$:$0]$ A$,$ and B;

Outputs: $[7$:$0]$ F

module multiplier$($A$,$ B$,$ F$)$;

input $[3$:$0]$ A;

input $[3$:$0]$ B;

output $[7$:$0]$ F;

wire $[7$:$0]$ partial$\_$products $[3$:$0]$;

wire $[7$:$0]$ p$0,$ p$1,$ p$2,$ p$3$;

assign p$0=\{4\text{'}$b$0,$ B$[0]\}$ & $\{4\text{'}$b$0,$ A$\}$;

assign p$1=\{4\text{'}$b$0,$ B$[1]\}$ & $\{3\text{'}$b$0,$ A$,1\text{'}$b$0\}$;

assign p$2=\{4\text{'}$b$0,$ B$[2]\}$ & $\{2\text{'}$b$0,$ A$,2\text{'}$b$0\}$;

assign p$3=\{4\text{'}$b$0,$ B$[3]\}$ & $\{1\text{'}$b$0,$ A$,3\text{'}$b$0\}$;

full$\_$adder fa$0(.$A$($p$0[0]),.$B$($p$1[0]),.$C$($p$2[0]),.$S$($p$3[0]),.$Cout$($F$[0]))$;

full$\_$adder fa$1(.$A$($p$0[1]),.$B$($p$1[1]),.$C$($p$2[1]),.$S$($p$3[1]),.$Cout$($F$[1]))$;

full$\_$adder fa$2(.$A$($p$0[2]),.$B$($p$1[2]),.$C$($p$2[2]),.$S$($p$3[2]),.$Cout$($F$[2]))$;

full$\_$adder fa$3(.$A$($p$0[3]),.$B$($p$1[3]),.$C$($p$2[3]),.$S$($p$3[3]),.$Cout$($F$[3]))$;

full$\_$adder fa$4(.$A$($p$0[4]),.$B$($p$1[4]),.$C$($p$2[4]),.$S$($p$3[4]),.$Cout$($F$[4]))$;

full$\_$adder fa$5(.$A$($p$0[5]),.$B$($p$1[5]),.$C$($p$2[5]),.$S$($p$3[5]),.$Cout$($F$[5]))$;

full$\_$adder fa$6(.$A$($p$0[6]),.$B$($p$1[6]),.$C$($p$2[6]),.$S$($p$3[6]),.$Cout$($F$[6]))$;

full$\_$adder fa$7(.$A$($p$0[7]),.$B$($p$1[7]),.$C$($p$2[7]),.$S$($p$3[7]),.$Cout$($F$[7]))$;

endmodule

module full$\_$adder$($A$,$ B$,$ C$,$ S$,$ Cout$)$;

input A$,$ B$,$ C;

output S$,$ Cout;

assign Cout $=($B & C$)|($A & C$)|($A & B$)$;

assign S $=$ A $^$ B $^$ C;

endmodule

module top$($A$,$ B$,$ F$)$;

input $[3$:$0]$ A$,$ B;

output $[7$:$0]$ F;

multiplier mul$(.$A$($A$),.$B$($B$),.$F$($F$))$;

endmodule