4-bit Binary-Calculator Logic-Circuit Simulation using Proteus Design Suite
This project implements a 4-bit calculator using combinational logic circuits to perform arithmetic operations on binary numbers. The circuit is designed to take two 4-bit binary numbers as input and perform one of the four main arithmetic operations. The results are displayed on a 7-segment display along with carry, zero, sign, and overflow flags.
- Download and install Proteus Circuit Simulation Software.
- Download and open the Proteus project file included in the repository to your computer. Once the project is open, you will see the circuit diagram of the 4-bit calculator logic circuit.
- Set the input numbers for the arithmetic operation by changing the values of the four switches labeled "A3", "A2", "A1", and "A0" for the first 4-bit binary number and "B3", "B2", "B1", and "B0" for the second 4-bit binary number. Each switch can be set to either 0 or 1 to indicate the corresponding binary digit of the input.
- Select the arithmetic operation you want to perform by changing the value of the "Operation" switch. The options are "Addition", "Subtraction", "Multiplication", and "Unsigned Division".
- Simulate the circuit by clicking on the "Play" button on the toolbar. This will run the simulation and display the result of the arithmetic operation on the 7-segment display.