All Products

SKU: SF-DEV-09267

The LilyPad Accelerometer is a three-axis accelerometer based on the Analog Devices ADXL335, designed for the LilyPad wearable e-textile system. It detects joint movement, inclination, and vibration, outputting 0–3 V analogue signals on the X, Y, and Z axes. The board features large sewable pads...

SKU: SF-DEV-08776

We designed this board to give the user a low profile button without any sharp edges. Button closes when you push it and opens when you release (momentary push button).LilyPad is a wearable e-textile technology developed by Leah Buechley and cooperatively designed by Leah and SparkFun. Each LilyP...

SKU: LB-ETEXTILELED-R

This is a simple single unit RED E-Textile LEDEach unit can be sewn into fabric. Various input, output, power and sensor boards are available. They’re even washable (with special care)!These are a thicker PCB than the Sparkfun Lilypad LEDs

SKU: LB-ETEXTILELED-O

This is a simple single unit ORANGE E-Textile LEDEach unit can be sewn into fabric. Various input, output, power and sensor boards are available. They’re even washable (with special care)!These are a thicker PCB than the Sparkfun Lilypad LEDs

SKU: LB-ETEXTILELED-Y

This is a simple single unit YELLOW E-Textile LEDEach unit can be sewn into fabric. Various input, output, power and sensor boards are available. They’re even washable (with special care)!These are a thicker PCB than the Sparkfun Lilypad LEDs

SKU: LB-ETEXTILELED-G

This is a simple single unit GREEN E-Textile LEDEach unit can be sewn into fabric. Various input, output, power and sensor boards are available. They’re even washable (with special care)!These are a thicker PCB than the Sparkfun Lilypad LEDs 

SKU: LB-JSTBOARD

This E-textiles board is a breakout for a JST, so you can sew it onto a garment or use it in Paper Circuits! The JST breakout board can be easily sewn through the large holes. For paper circuits, simply apply copper tape on top of it.A wearable lithium polymer battery or wearable lipo also kno...

SKU: AF-1333

This membrane keypad has a single key, but it does have an embedded surface-mount red LED installed. The flex cable is also extra-long, so we can think of a lot of wearable and portable projects that would use this sort of switch and have an LED as feedback (say, to indicate that an action is occ...

SKU: SF-DEV-08463

This is a small buzzer for the LilyPad system. Use 2 I/O pins on the LilyPad main board and create different noises based on the different frequency of I/O toggling. Loud enough to hear inside a pocket but not obtrusively loud. Please note: This is an inductive buzzer meaning that is will act as ...

SKU: AF-1126

Tin-plated brass sewable snaps in a compact 5 mm diameter, ideal for wearable electronics. Solder one side to a PCB pad and sew the other to your project with conductive thread for a detachable electrical connection. Each card contains 24 complete snap pairs (socket and stud). Key Features 5 m...

SKU: AF-6203 · MPN: ADA6203

A warm-white LED filament shaped as the letter "L", made from COB (chip on board) LEDs — the same technology found in Edison-style LED bulbs. Dozens of micro LED diodes are bonded onto a thin metal backing and coated in silicone, producing a bright, uniform glow from both sides. Lightweight and ...

SKU: AF-6210 · MPN: ADA6210

A warm-white LED filament shaped as the letter "S", made from COB (chip on board) LEDs — the same technology found in Edison-style LED bulbs. Dozens of micro LED diodes are bonded onto a thin metal backing and coated in silicone, producing a bright, uniform glow from both sides. Lightweight and ...

SKU: DF-SEN0057

This is a small buzzer for the LilyPad system. Use 2 I/O pins on the LilyPad main board and create different noises based on the different frequency of I/O toggling. Loud enough to hear inside a pocket but not obtrusively loud. LilyPad is a wearable e-textile technology developed by Leah Bue...

SKU: AF-6213 · MPN: ADA6213

A warm-white LED filament shaped as the letter "V", made from COB (chip on board) LEDs — the same technology found in Edison-style LED bulbs. Dozens of micro LED diodes are bonded onto a thin metal backing and coated in silicone, producing a bright, uniform glow from both sides. Lightweight and ...

SKU: AF-6216 · MPN: ADA6216

A warm-white LED filament shaped as the letter "Y", made from COB (chip on board) LEDs — the same technology found in Edison-style LED bulbs. Dozens of micro LED diodes are bonded onto a thin metal backing and coated in silicone, producing a bright, uniform glow from both sides. Lightweight and ...

SKU: AF-6196 · MPN: ADA6196

A warm-white LED filament shaped as the letter "F", made from COB (chip on board) LEDs — the same technology found in Edison-style LED bulbs. Dozens of micro LED diodes are bonded onto a thin metal backing and coated in silicone, producing a bright, uniform glow from both sides. Lightweight and ...

SKU: AF-6217 · MPN: ADA6217

A warm-white LED filament shaped as the letter "Z", made from COB (chip on board) LEDs — the same technology found in Edison-style LED bulbs. Dozens of micro LED diodes are bonded onto a thin metal backing and coated in silicone, producing a bright, uniform glow from both sides. Lightweight and ...

SKU: AF-6201 · MPN: ADA6201

A warm-white LED filament shaped as the letter "J", made from COB (chip on board) LEDs — the same technology found in Edison-style LED bulbs. Dozens of micro LED diodes are bonded onto a thin metal backing and coated in silicone, producing a bright, uniform glow from both sides. Lightweight and ...

SKU: AF-6202 · MPN: ADA6202

A warm-white LED filament shaped as the letter "K", made from COB (chip on board) LEDs — the same technology found in Edison-style LED bulbs. Dozens of micro LED diodes are bonded onto a thin metal backing and coated in silicone, producing a bright, uniform glow from both sides. Lightweight and ...

SKU: AF-6209 · MPN: ADA6209

A warm-white LED filament shaped as the letter "R", made from COB (chip on board) LEDs — the same technology found in Edison-style LED bulbs. Dozens of micro LED diodes are bonded onto a thin metal backing and coated in silicone, producing a bright, uniform glow from both sides. Lightweight and ...