LilyPad LED Module – Green (Sewable E-Textiles LED)

Bring vivid green illumination to your wearable tech and e-textile projects with the compact LilyPad LED Module. Designed for stitching directly onto fabric with conductive thread, this sewable LED integrates seamlessly into clothing, accessories, and interactive textiles—ideal for Arduino, LilyPad Arduino, and Raspberry Pi projects.

✨ Overview

Engineered for reliability and low-profile wearability, this module delivers bright, eye-catching green light in a featherweight form factor. Large, clearly marked sew tabs simplify assembly, while robust construction supports long-lasting performance in DIY and professional prototypes.

✅ Key Features

• 🌈 Distinctive green color: Adds high-contrast, attention-grabbing effects to apparel, props, and interactive art.
• 🧵 Sewable design: Two large (+/–) pads for conductive thread or wire; perfect for e-textiles and wearables.
• 🔌 Easy integration: Works with LilyPad ecosystem components, sensors, and microcontrollers for simple control of lighting effects.
• 🛡️ Onboard current limiting: Built-in series resistor helps protect the LED when driven from common logic supplies.
• ⚙️ Low power: Efficient LED suitable for battery-powered, portable builds.

🛠️ Technical Specifications

• LED color: Green (visible, high brightness)
• Polarity: Clearly marked + (positive) and – (negative) sew tabs
• Operating voltage: Compatible with typical 3.3 V and 5 V logic sources (via onboard resistor)
• Typical drive current: ~2–20 mA (adjust brightness via PWM on your microcontroller)
• Interface: Direct drive from a digital/PWM pin (connect + to I/O, – to GND)
• Form factor: Ultra-compact, lightweight, low-profile for wearables
• Mounting: Sew with conductive thread or solder to pads
• Compatibility: LilyPad Arduino, standard Arduino boards, Raspberry Pi GPIO (3.3 V), and other microcontroller modules (e.g., ESP32, micro:bit)

🔗 Integration & Compatibility

• Use with Arduino/LilyPad Arduino for simple on/off or dimming via PWM.
• Works with Raspberry Pi GPIO (3.3 V). Observe GPIO current limits; use low current or a transistor driver for multiple LEDs.
• Combine with wearable electronics components like accelerometers, light sensors, and buttons to create interactive effects.

💡 Typical Applications

• Wearable fashion and costumes
• Interactive art installations and exhibits
• Education and STEM kits
• Prototyping with e-textiles and soft robotics
• Indicators for portable modules and battery-powered devices

📦 What’s Included

• 1 × LilyPad LED Module – Green

⚠️ Notes & Best Practices

• Verify polarity before powering: connect + to your I/O or supply, – to GND.
• For Raspberry Pi, keep per-pin current low; use a transistor or driver if powering multiple LEDs.
• If using non-LilyPad clones, confirm presence of a current-limiting resistor. When in doubt, add an external 200–330 Ω resistor.
• Power off before washing or handling textiles; dry thoroughly before reuse.

🚀 Create with Confidence

Whether you’re crafting luminous garments, interactive displays, or educational demos, the LilyPad LED Module – Green delivers dependable brightness and easy control for your Arduino, Raspberry Pi, and microcontroller builds. Elevate your next project with brilliant, fabric-friendly light.