Generic MagWLED-1 LED Controller, 5V/12V USB-C, Green, Polycarbonate

The DIY ESP32-C3 based controller is an innovative solution designed for the Open Source WLED software. This versatile controller allows users to drive 12V LED strips effortlessly from USB chargers and battery banks that support 12V USB Power Delivery, making it ideal for both small and medium-sized projects, including battery-powered applications and wearables.

Crafted from high-quality polycarbonate (PC), this controller features a compact design that ensures ease of use without compromising on power. The controller’s low-profile design and robust performance make it perfect for projects where space is limited. With its built-in electronic relay, this device minimizes current draw to just 80mA at 5V when the lights are off, enhancing energy efficiency. The controller is designed in Miami, USA, highlighting its commitment to quality and innovation.

• Supports both 5V and 12V USB Power Delivery, enabling the use of 12V LED strips from USB-C sources.
• Equipped with a low-profile Wago terminal block for easy and secure electrical connections.
• Features a fast logic level shifter and an in-line 249 ohm resistor for exceptional data signal quality.
• Incorporates a built-in electronic FET relay to reduce current draw when lights are turned off.
• Offers easy flashing of custom firmware or upgrades via the USB-C connector.
• Includes a 3A resettable fuse for protection against unsafe electrical conditions.
• Designed with Electro Static Discharge (ESD) protection circuits for enhanced reliability.

This DIY ESP32-C3 based controller is perfect for hobbyists, developers, and makers looking to create efficient and powerful lighting solutions. Its unique features and robust design make it an excellent choice for projects that require reliable performance and versatility. Whether you are creating a wearable device or a small project powered by batteries, this controller provides the necessary tools to bring your ideas to life while ensuring safety and efficiency.