Electronics

Chibitronics connects circuits with stickers for entertaining electronic education

Chibitronics connects circuits with stickers for entertaining electronic education
Chibitronic stickets lets you add circuitry to art projects creating an interactive greeting card that lights up
Chibitronic stickets lets you add circuitry to art projects creating an interactive greeting card that lights up
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Sticker prototypes demonstrating their use on carbon, silver pen, and copper tape as conductors
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Sticker prototypes demonstrating their use on carbon, silver pen, and copper tape as conductors
A thank you card created with Chibitronic elements
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A thank you card created with Chibitronic elements
Sheets of uncut Chibitronic LED stickers
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Sheets of uncut Chibitronic LED stickers
The Chibitronics starter set includes LED stickers and conductive materials
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The Chibitronics starter set includes LED stickers and conductive materials
The touch-sensitive Chibitronic sticker can also be used as a programmable microcontroller
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The touch-sensitive Chibitronic sticker can also be used as a programmable microcontroller
Chibitronic stickets lets you add circuitry to art projects creating an interactive greeting card that lights up
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Chibitronic stickets lets you add circuitry to art projects creating an interactive greeting card that lights up
Chibitronic stickers include LEDs, different effects, sensors, and microcontrollers
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Chibitronic stickers include LEDs, different effects, sensors, and microcontrollers
The Chibitronic "coloring book" is an instruction manual and workbook for learning circuitry
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The Chibitronic "coloring book" is an instruction manual and workbook for learning circuitry
With the right conductive materials, Chibitronic stickers can be used to make wearable circuits
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With the right conductive materials, Chibitronic stickers can be used to make wearable circuits
An extensive piece of art made with Chibitronic LED stickers and copper tape
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An extensive piece of art made with Chibitronic LED stickers and copper tape
This Chibitronic project demonstrates the use of the touch sensor
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This Chibitronic project demonstrates the use of the touch sensor
Chibitronic elements on a window during the day
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Chibitronic elements on a window during the day
Chibitronic elements on a window lit up at night
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Chibitronic elements on a window lit up at night
A Chibitronic LED on different conductive materials, such as fabric, thread, aluminum foil, and copper tape
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A Chibitronic LED on different conductive materials, such as fabric, thread, aluminum foil, and copper tape
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"Cute circuitry" is not a term you hear often – if at all – but it could be used to describe Chibitronics, which is a crafty merging of electronics and paper. The system combines familiar adhesive stickers with electronic components, such as LEDs, sensor circuits, and even a programmable microcontroller, to create a play set that educates while adding some flash to one’s works of art or otherwise mundane birthday cards.

The concept, developed in a partnership between an electronics artist and a well-known hardware hacker, is simple: circuitry is printed on stickers with conductive adhesive on the back and then connected into a circuit on any medium. Stickers are available in four types: LED stickers in four colors, sensor stickers (light, sound, and timing), effects (currently blink, fade, twinkle, and heartbeat) and a touch sensor that can also be used as a programmable microcontroller.

Chibitronic stickers include LEDs, different effects, sensors, and microcontrollers
Chibitronic stickers include LEDs, different effects, sensors, and microcontrollers

While the conductive adhesive acts a lot of like a normal sticker, that is, it can be removed and reapplied or not depending on where and how firmly you’re sticking it, one can apply extra adhesive to continue to reuse the sticker.

The various elements can be combined into a circuit with any kind of conductible material, including the copper tape, conductive plastic, and Z-conductive tape that comes with the starter kit, or with things like the Circuit Scribe. When all of the stickers and circuit elements are combined to form a circuit, the result is a piece of art or a craft project that can light up or even be interactive.

With the right conductive materials, Chibitronic stickers can be used to make wearable circuits
With the right conductive materials, Chibitronic stickers can be used to make wearable circuits

Despite the whimsical nature of the stickers and the project’s name ("chibi" refers to a style of character in manga that’s cute and goofy), one of the designers, Jie Le, is a PhD student in the MIT Media Lab, while her partner bunnie directs a Singaporean company with the "broad vision" of enabling users to print their own circuit designs as stickers, and is also known for hacker projects like creating an open-source laptop.

Because the project’s primary focus is to educate as well as entertain, the creators have established a wiki for Chibitronics. Stickers arrive with a Circuit Sticker Sketchbook, which functions both as an instruction manual and also a "coloring book" of circuit designs to for the user to implement. They also point out that anyone can simply photocopy (or scan) a design and pass it on to someone else as a template to recreate the original circuit.

The Chibitronic "coloring book" is an instruction manual and workbook for learning circuitry
The Chibitronic "coloring book" is an instruction manual and workbook for learning circuitry

The pair describe Chibitronics as a research project, not a company, and explain that their crowd funding page isn’t to obtain financial support or capital, but simply to determine how many stickers to print. Bearing in mind the potential obstacles they address on their funding page, shipping for Chibitronic sets is anticipated to start in May. Beginner sets can be pre-ordered for US$25.

In their video below, you can see a few projects get assembled with Chibitronic components and hear what Jie Qi and bunnie say about their motivation.

Sources: Chibitronics, Crowd Supply

Circuit Stickers

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