Introduction

Note to Users:

Enthusiastic about engaging in LilyPad? Or even it really is Arduino that tickles your fancy? Both? Well, whatever it is, the ProtoSnap LilyPad Development Board is a tool that is great begin with!

LilyPad ProtoSnap Developing Board

The ProtoSnap show is just a brand new solution to prototype assembling your shed with no breadboard. All things are wired together about the same mail order brides bo…

LilyPad Lab Pack

The ProtoSnap LilyPad developing Board is just a good solution to introduce and explore e-textiles. This LabPack includes everything y…

The ProtoSnap LilyPad Development Board features a conglomerate of a few of the most popular LilyPad panels. In the center with this mish-mash is our LilyPad Arduino Simple Board — a little, LilyPad form of the popular Arduino development platform. With the included FTDI fundamental Breakout, you’ll plan this board to utilize a mess that is whole of and outputs:

A few of these are generally wired as much as the LilyPad Arduino Simple. Then, when you feel comfortable programming the Arduino to speak with dozens of panels, each piece can be broken by you down separately and implement them into the task nevertheless you see fit. But.

Needed Materials

To reprogram and charge the board, you’ll want to connect a mini-B USB cable. Make sure it is maybe perhaps maybe not labeled ‘Power Only’ as these sort of cables will perhaps not send the development information needed by the LilyPad Arduino Simple Board. If you do not have one you will get one from SparkFun:

SparkFun USB Mini-B Cable – 6 Base

This might be a USB 2.0 kind A to Mini-B 5-pin cable. You realize, the mini-B connector that always includes USB Hubs, Cameras, MP3…

Suggested Reading

We recommend checking out these tutorials before continuing if you aren’t familiar with the following concepts.

What exactly is an Arduino?

Installing Arduino IDE

Arranging a Wearable Electronics Project

Hardware Overview and Features

The LilyPad Development Board features twelve LilyPad elements attached to a LilyPad Arduino Simple microcontroller by conductive pathways called traces. A number of these traces are concealed, but for guide, each component in the ProtoSnap includes a nearby label printed in white silkscreen using the quantity of the LilyPad Arduino Simple sew tab it really is attached to.

If you have utilized an Arduino before, you are probably acquainted with its pins — both digital and analog. An Arduino has 14 electronic pins, and six or eight analog pins, every one of which could be used to interface along with other elements; as an example, those surrounding the Arduino from the ProtoSnap LilyPad developing Board.

It is important to know which pin from the Arduino is associated with which component. If you ever require a reminder of just exactly exactly what pin links as to the, anything you really should do is look down.

A few of the tabs that are sew the LilyPad Arduino Simple have actually unique functionality:

An ‘The’ in the front for the quantity denotes a tab that may work as an analog input. These sew tabs can read sensors that production a varying voltage like the light sensor included in the LilyPad Arduino Simple.

Talking about the annotated image above associated with LilyPad developing Board, a ‘

‘ expression while watching quantity suggests that tab supports PWM ( Pulse Width Modulation) production. These tabs can output an “analog” sign which you can use to alter the brightness on LEDs, etc.

Note: The “A” in the front of analog tab that is sew in your rule is optional. Nevertheless, try not to add the “

” expression for PWM outputs. It’s just supplied making it simple for one to check always which pins can create PWM (analog) output and it is maybe perhaps not found in programming.

But, if the eyes are not up to reading that tiny text, listed here is a listing of the elements being attached to the LilyPad Arduino Simple:

Minds up! Whenever likely to snap the LilyPad components apart for a project, not totally all the components will be able to link because of the design of this LilyPad Arduino Simple’s sew tabs. Specific elements are attached to the LilyPad Arduino Simple via little traces rather than the petals. The table above indicates which pins are attached to the sew tabs. Be sure to prepare the project properly. You shall should also redefine the pins in rule whenever reconnecting the components to your sew tabs.

For instance, if you opt to snap the elements off and make use of the light sensor as opposed to a white LED, it is important to reconnect the light sensor to a different analog pin (like A2-A5). The sensor will be able to be controlled by the LilyPad Arduino Simple again by replacing the connection of one of the components. Changing the LED on A3, will need the rule become modified for the LilyPad light sensor on A3.

LilyPad Tri-Color LED

Inside an RGB LED are three smaller LEDs – a red, green, and blue. Every one of these LEDs is attached to a sew tab on the Tri-Color LED, and they’re all linked through a typical anode (good) pin. This configuration means that to light up the LED you need to ground the individual red, green, and blue LEDs instead of sending them power unlike other RGB LEDs.