Objective:

Learn how to control a DC motor using Arduino with PWM (Pulse Width Modulation) for speed control.

Steps to Perform:

1. Click "Start Simulation" to power up the Arduino circuit
2. The DC motor will start rotating at a controlled speed
3. The motor runs continuously using PWM signal with value 20
4. This creates a low-speed rotation of the motor
5. Click "Stop Simulation" to turn off the motor

Key Concepts:

• DC Motor: Converts electrical energy to mechanical rotation
• PWM Control: Uses analogWrite() to control motor speed (0-255)
• Pin 11: PWM-enabled pin connected to motor driver circuit
• Speed Value: 20 out of 255 produces slow rotation (~8% speed)
• Motor Driver: Circuit amplifies Arduino signal to drive motor
• Continuous Operation: Motor runs in loop() without delays