All Products

SKU: SF-DEV-14629

The LilyPad Light Sensor is a sewable breakout board with an ALS-PT19 light sensor built in and ready to use right away. Each sensor outputs voltage between 0V and 3.3V depending on the level of ambient light shining on it. As more light is applied on the sensor, more current will flow from ...

SKU: SF-DEV-14063

The LilyMini ProtoSnap is a great way to get started learning about creating interactive e-textile circuits before you start sewing. Like other LilyPad ProtoSnap boards, the LilyMini ProtoSnap has all of its pieces wired together out of the box, enabling you to test the circuit’s function befo...

SKU: PI-COM1703

This is a very small light sensor. A photocell changes (also called a photodetector, photo resistor, CdS or photoconductive cell) resistance depending on the amount of light it is exposed to. These little sensors make great ambient light triggers (when light in the room turns on, do something). ...

SKU: PR-PIM317

A cute flower-shaped light sensor designed to connect to Bearables LED badges using conductive thread. When the sensor is covered or it gets dark, your connected badge's LEDs light up — bringing your wearable to life with interactive light effects. Bearables is a range of woodland-themed wearabl...

SKU: SF-DEV-11262

The ProtoSnap series is a new way to prototype your project without a breadboard. Everything is wired together on a single board, which makes it easy to explore the possibilities of the components before snapping them apart and building them into your project. The ProtoSnap LilyPad Development...

SKU: M5-U070

The M5StickC Yun HAT is a cloud-shaped multi-sensor environmental monitoring accessory designed to mount on the M5StickC via the top socket. It integrates a temperature and humidity sensor (SHT20), barometric pressure sensor (BMP280), a photoresistor for ambient light detection, and 14 SK6812 RGB...

SKU: DF-DFR0021-W

A simple digital white LED module with Gravity interface. Plugs directly into DFRobot IO/Sensor expansion shields for easy integration with Arduino projects — ideal for beginners learning digital output control. Specifications Type – Digital Colour – White Interface – Gravity 3-pin (Signal, ...

SKU: DF-DFR1129 · MPN: DFR1129

##Introduction The Gravity: Photo Interrupter Module integrates a high-performance ITR9608 photoelectric switch. Its compact design and easy operation make it an ideal choice for electronic projects and applications. Whether for robotics, automation equipment, or counting systems, this module pro...

SKU: SF-DEV-14346

The LilyPad ProtoSnap Plus is a sewable electronics prototyping board that you can use to explore circuits and programming, then break apart to make an interactive fabric or wearable project. Programming the ProtoSnap Plus is easy with the free Arduino software you’ll need to program the ATmega32...

SKU: DF-SEN0611 · MPN: SEN0611

The Gravity: Correlated Color Temperature (CCT) & ALS Meter is a high-performance light sensing device, specifically designed to meet the needs of professional videographers and photographers. With precise calibration, it provides accurate measurements of correlated color temperature and illumina...

SKU: SF-KIT-13927

The LilyPad Sewable Electronics Kit is an introduction to the world of e-textiles and electronic sewing. Through a series of guided projects, you'll learn to sew basic circuits, light up LEDs, control them with buttons and switches, and experiment with a pre-programmed LilyMini circuit that react...

SKU: LB-LR0220

Light up your E-Textile projects with this set of 5 E-Textile Compatible LED modules. With a working voltage of 3V - 5V and a current of 40mA, these LEDs are perfect for adding a touch of brightness to your wearable electronics. Each module is compatible with the popular Lilypad platform, making ...

SKU: EF-EF04092

The Octopus Light Sensor Brick reads the ambient light level of its surrounding environment and outputs an analog signal. The 3-pin GVS connector makes it easy to plug into micro:bit expansion boards, Arduino, and other microcontrollers without soldering. Key Features Output – Analog signal pr...

SKU: DF-DFR0167-G

A pack of five green LEDs designed for the LilyPad wearable electronics platform. Each LED is mounted on a thin, sewable PCB with large connecting pads, making it easy to stitch into clothing and e-textile projects with conductive thread. Key Features Green LEDs – Bright, visible output for we...

SKU: TB-XC4574

The light sensor, also known as the light dependent resistor (LDR). Typically, the resistance of the light sensor will decrease when the ambient light intensity increases.   Linksprite Page   Specifications Required Supply Voltage 3.3V-5V Linker Kit Compatible Sensor Outputs ...

SKU: AF-2831

This Photo Transistor Light Sensor is a simple sensor that detects ambient light. It's kind of the opposite of an LED - when light hits the little chip inside, it induces current to flow from the long pin to the short pin. This sensor has a built-in optical filter (probably IR filter...

SKU: LB-00211

The E-Textiles Rainbow LED strip contains seven LilyPad-style sewable LEDs in six colours, connected in a snap-apart strip. Break off individual LEDs as needed and sew them into clothing, accessories, or craft projects using conductive thread. Each LED board has its colour printed on the back fo...

SKU: DF-DFR0031-W

Piranha LED light module, and special sensors Arduino board and ambient light sensor extension combination, can be used in the interaction with the light works. When the LED light module connected to Arduino, the digital pin (LOW on, HIGH off) is used to control it. The brightness of LED can...

SKU: DF-DFR0199-G

The LilyPad LED Micro is a tiny surface-mount LED board designed for e-textile and wearable electronics projects. At just 3.2 × 1.6mm, it's one of the smallest ways to add a point of light to your LilyPad creations — perfect for elegant designs or sheer fabrics where you need minimal weight and b...

SKU: SF-DEV-08467

Blink any color you need! Use the Tri-Color LED board as a simple indicator, or by pulsing the red, green, and blue channels, you can create any color. Very bright output. This is a common anode design - to turn on a channel you simply need to ground one of the R/G/B pins to illuminate that chann...