KOOKYE Lilypad LEDs Red/Yellow/White/Blue/Green (25x Lilypad LED) Wearable E-Textile Sewable Electronicsfor Arduino Rapsberry Pi Microcontroller Board
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Jeanie M Battista
> 24 hourI bought these to add to a LilyPad kit I purchased. They work great and are a decent price compared to others I looked at. My daughters and I used them to make light up masks.
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D. Porrey
> 24 hourThese will come attached but are very easy to break apart. Nice small design with good size pads for easy soldering. These have a built in 150 Ohm resistor (R) so they can be connected directly to a voltage supply.
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DisseminateJoy
> 24 hourI use these to light my LEGO City, and they are fantastic. My wife is using them to illuminate the cards she makes.
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Jaqueline Hahn
> 24 hourVienen pegados y es complicado separar los leds ...
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sese
> 24 hourI bought this set for my weaving project. They are working pretty good.
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Jeff
> 24 hourI like these. Theyre small and easy to incorporate into all kinds of projects. They are clearly labeled with the appropriate color on the back, since they all look the same when not powered on. All of the colors (my set included red, green, blue, white, and yellow) are bright even at lower voltages. Unfortunately they dont come with any data or documentation, but after a little searching it looks like these are 5v components (although I tested at 3.3v and theyre still bright at that voltage).
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Richard C. Drew
> 24 hourIm working on a couple of different Lilypad LED projects - a hat and a vest. These are priced right, bright and easy to use. For clothing, conductive thread is the best bet. Im used to the more traditional old-school - use thin wire, solder it to the LEDs and sew the wires in a few spots to keep it in place and pull them through hems and along seams. Conductive thread makes this so much easier. These light up between 2.5 and 5.5 volts (5.5 is the max for Lilypad .) That means that you can power these manually via a USB battery pack.
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Trung
> 24 hourAll working out of the box. Nice set of lilypad leds. Voltage is 3 volts. Decent soldering on all of them.
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Ron Killian
> 24 hourIve recently gotten back into electronics. After many years, things sure have changed. I have really gotten into the Arduino because it can do so much. I am also new to lilypad, but love all the things you can do with them. Since the wife is into sewing and crafts, I am sure she will enjoy working with these.
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Elizabeth Kinzer
> 24 hourThese worked (I used them for a STEAM class for elementary school) although I’ll note that some of the colors are more vibrant than others.
LilyPad LEDs for arduino or raspberry pi
This is a simple pack of five Red/Yellow/White/Blue/Green LilyPad LEDs that are still attached to one another, letting you snap the LEDs apart at your leisure to sew into clothing or whatever else you can dream up.
Sewable electronics combine traditional craft processes (sewing, fashion design, and textile design) with electrical engineering, computer science, and hardware skills.
More effective conductive contact area
Compared to original lilypad LEDs，the effective conductive contact area in lilypad LEDs has double.
Each LilyPad piece was creatively designed with large sew tabs to allow them to be sewn into fabric. Various input, output, power and sensor boards are available.
Tiny sewable electronic pieces for e-textile projects
The LilyPad system is a set of sewable electronic pieces designed to help you build soft, sewable, interactive e-textile projects. Using LilyPad pieces is a great way to experiment with electronics through the lens of crafting. Each LilyPad piece has large conductive sew tabs for easy sewing and a rounded shape so as not to snag fabric or cut thread.
With sewable electronics, you can create e-textiles (electronic textiles), which are often wearable, flexible projects that look less like traditional electronics and more like craft and art projects. Many e-textile projects replace wiring with flexible conductive materials such as conductive thread and fabric. For the projects in this guide, we will be sewing circuits together with conductive thread.
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