e-textile DIY – light up your clothing

e_textile_DIY_fur_scarve.jpgOur e-textile DIY project tip for this weekend has been around for more than a year on Instructables posted by Enlighted the company that is producing and selling a wide range of illuminated clothing and other fashion items.

There are two highly interesting aspects I found in the ‘Color-Changing Lighted Faux Fur Scarf‘ instruction: the use of color-changing RGB LEDs that have a built-in flashing or fading circuit and the use of buttons to support and place LEDs onto textiles.

The color-changing RGB LEDs are very interesting as they do not need any circuit to fade through the color spectrum, you can just put them in parallel, connect them to a battery between 3V and 9V and up you go.

No additional resistor or any circuit is needed! Sure it will go through the same light changing sequence without the option to change that but given the simplicity of getting color changing pattern is great, especially for a quick, simple prototyping project.

The other tip I find highly interesting is the use of conventional buttons as platform/holder for the LEDs but I can imagine this principle can be useful for other electronic components that need to be fixed on textiles.

e_textile_button_holder.jpg

Two great inspirational ideas ‘hidden’ in the ‘Color-Changing Lighted Faux Fur Scarf’ Instructables. Maybe because I am not a fan of this kind of scarf I have overlooked for so long the two highly interesting smart crafting tips.



Related posts:
Wearable Electronic workshop: electro-clothing
Light for life: Glowing cycling jacket
iLume – soft light modules for garments and bags


Posted in Category: Components, DIY - Corner | 2 Comments »

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Comments

hi- a quick clarification – I’m not sure where you got the numbers 3-9V, the tutorial specifies a battery voltage of 4.5V for this type of LED. Using a higher voltage could damage the LEDs, and a lower voltage might only illuminate the red portion. You can use a 9V battery if you split the lights into two serial circuits, but I wouldn’t recommend it otherwise.

Hi Janet, thanks for pointing out my mistake on accuracy. The LED spec states a voltage of 3.5 Vdc. 3V might still work but with fading color and intensity output.
For the 9V I had in mind the serial example on your instructions but didn’t spell it clearly out in the write up.
Thanks again for clarifying :D

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