Arduino Uno R3 Board with USB Cable – ATmega328P Microcontroller for DIY Electronics and Robotics Projects

Product Description:

Unlock the full potential of your electronics projects with the Arduino Uno R3 – the most popular development board in the Arduino family. Powered by the ATmega328P microcontroller, this board is perfect for beginners and experienced makers alike. It comes with a USB cable for easy connection to your PC or laptop, allowing you to upload code and power your device with ease. Whether you’re diving into robotics, home automation, or IoT, the Arduino Uno is your go-to board for reliable, open-source innovation.

Key Features:

• ✅ ATmega328P Microcontroller – Stable and reliable performance for a wide range of applications.

• ✅ USB Connectivity – Includes a USB Type-B cable for easy programming and power.

• ✅ Multiple I/O Pins – 14 digital I/O pins (6 PWM output) and 6 analog inputs.

• ✅ Open Source Platform – Supported by a huge global community and rich library ecosystem.

• ✅ Plug and Play – Works with the Arduino IDE on Windows, Mac, and Linux.

• ✅ Versatile Use – Ideal for robotics, sensor-based projects, automation, and learning electronics.

🔧 Special Features:

• 🌟 Removable ATmega328P Chip – Easy to replace or reprogram, perfect for prototyping or upgrading.

• 🔄 Auto-Reset Feature – Automatically resets during program upload for smooth development workflow.

• ⚡ Dual Power Options – Power via USB or external DC adapter (7-12V recommended) for flexibility in mobile and standalone projects.

• 🧲 Onboard Voltage Regulator – Stable power supply to peripherals and sensors without the need for external regulators.

• 🔌 Standard Headers Layout – Compatible with a wide range of Arduino shields for quick expansion.

• 💡 Onboard LED Indicators – Includes built-in LED on pin 13 and power status LEDs for quick debugging.

• 🖥️ Full USB Support – Integrated USB-to-serial interface via ATmega16U2 for fast and reliable data transfer.

• 🧰 Breadboard Friendly Design – Perfect for rapid prototyping with jump wires and breadboards.