Verify the truth table of one bit and two bit comparator using logic gates.

1- Bit Comparator

Simulator 1:

Step-1) Switch ON the power supply button to supply 5V to the circuit.
Step-2) Press Switch 1 for input A and Switch 2 for input B.
The switch in ON state is and the switch in OFF state is
Step-3) i)When the input A is greater than the input B,LED 1 lits up.
ii)When the input A is lesser than the input B,LED 2 lits up.
iii)When the input A is equal to the input B,LED 3 lits up.

The LED in OFF state is and the LED in ON state is .
Step-4) Click on "Add" Button to add data to the Truth Table.
Step-5) Repeat Steps 2 to 4 for another set of data.
Step-6) Click "Print" to get the print out of the Truth Table.

Simulator 2:

Step-1) Enter the Boolean input "A" and "B".
Step-2) Enter the Boolean output for your corresponding inputs.
Step-3) Click on "Check" Button to verify your output.
Step-4) Click "Print" if you want to get print out of Truth Table.

2- Bit Comparator

Simulator 1:

Step-1) Switch ON the power supply button to supply 5V to the circuit.
Step-2) Press Switch 1 for input A1,Switch 2 for input A0,Switch 3 for input B1and Switch 4 for input B0.
The switch in ON state is and the switch in OFF state is
Step-3) i)When the input A1A0 is greater than the input B1B0,LED 1 lits up.
ii)When the input A1A0 is lesser than the input B1B0,LED 2 lits up.
iii)When the input XA1A0 is equal to the input B1B0,LED 3 lits up.

The LED in OFF state is and the LED in ON state is .
Step-4) Click on "Add" Button to add data to the Truth Table.
Step-5) Repeat Steps 2 to 4 for another set of data.
Step-6) Click "Print" to get the print out of the Truth Table.

Simulator 2:

Step-1) Enter the two bit Boolean input "A" and "B".
Step-2) Inputs should be written such that for 'A'="A1A0" and for 'B'="B1B0"
Step-3) Enter the Boolean output for your corresponding inputs.
Step-4) Click on "Check" Button to verify your output.
Step-5) Click "Print" if you want to get print out of Truth Table.