Stepper Motor Control System Using Arduino in Proteus

Objective: Simulate a system in Proteus that uses a stepper motor controlled by an Arduino. The motor should move to precise positions based on push buttons.

Project Requirements

Proteus Components

Arduino Uno

Stepper Motor

Stepper Motor Driver

Push buttons

Steps

Design the Circuit

Connect the stepper motor to the driver module in Proteus. The driver will control the motor coils.

Wire the driver's inputs to the Arduino's digital pins.

Add two push buttons in Proteus: one for clockwise movement and another for counterclockwise movement. Connect these buttons to the Arduino's digital input pins.

Power Source: Add a DC power source in Proteus to power the motor driver.

Write the Arduino Code

Use the Stepper Library.

Program the following functionality:

The motor moves clockwise when Button $1$ is pressed.

The motor moves counterclockwise when Button $2$ is pressed.

The motor stops when no button is pressed.

Simulate in Proteus

Upload the Arduino code to the virtual Arduino in Proteus.

Run the simulation.

Press the virtual buttons and observe the stepper motor moving in the correct direction.