LilyPad Developing Board Hookup Guide. This resource is actually for users that are utilizing the LilyPad developing Board.

LilyPad Developing Board Hookup Guide. This resource is actually for users that are utilizing the LilyPad developing Board.


Note to Users:

Thinking about engaging in LilyPad? Or even it really is Arduino that tickles your fancy? Both? Well, whatever it’s, the ProtoSnap LilyPad developing Board is a tool that is great focus on!

LilyPad ProtoSnap Developing Board

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LilyPad Lab Pack

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The ProtoSnap LilyPad Development Board comes with a conglomerate of some of well known LilyPad panels. During the center of the mish-mash is our LilyPad Arduino Simple Board — a tiny, LilyPad type of the popular Arduino development platform. Making use of the included FTDI fundamental Breakout, it is possible to program this board to work alongside a mess that is whole of and outputs:

A few of these are generally wired as much as european brides for marriage the LilyPad Arduino Simple. Then, as soon as you feel comfortable programming the Arduino to speak with dozens of panels, you’ll break each piece down separately and implement them into the task nevertheless you see fit. But.

Needed Materials

To reprogram and charge the board, you will need to connect a mini-B USB cable. Make sure it is maybe perhaps maybe not labeled ‘Power Only’ since these variety of cables will perhaps not send the programming data required by the LilyPad Arduino Simple Board. If you do not get one you will get one from SparkFun:

SparkFun USB Mini-B Cable – 6 Base

This is certainly a USB 2.0 kind A to Mini-B 5-pin cable. You understand, the mini-B connector that usually 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

Planning for 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 also for guide, each component in the ProtoSnap has a label that is nearby in white silkscreen aided by the wide range of the LilyPad Arduino Simple sew tab it’s linked to.

If you have utilized an Arduino before, you are probably acquainted with its pins — both digital and analog. An Arduino has 14 pins that are digital and 6 to 8 analog pins, all of these could be used to interface along with other elements; for example, those surrounding the Arduino in the ProtoSnap LilyPad developing Board.

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

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

    An ‘A’ in the front regarding the quantity denotes a tab that will work as an analog input. These sew tabs can read sensors that production a voltage that is varying the light sensor constructed into the LilyPad Arduino Simple.

Talking about the image that is annotated associated with the 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 can be used to alter the brightness on LEDs, etc.

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

” sign for PWM outputs. It really is only supplied to really make it possible for you to definitely check always which pins can create PWM (analog) production and it is perhaps perhaps not found in development.

But, if the eyes are not around reading that tiny text, here is a listing of the elements which can be attached to the LilyPad Arduino Simple:

Minds up! whenever intending to snap the LilyPad elements aside for a task, not absolutely all the components should be able to link as a result of the design of this LilyPad Arduino Simple’s sew tabs. Specific elements are attached to the LilyPad Arduino Simple via tiny traces as opposed to the petals. The dining dining table above indicates which pins are attached to the sew tabs. Remember to prepare the task appropriately. You will must also redefine the pins in rule whenever reconnecting the elements into the sew tabs.

For example, you will need to reconnect the light sensor to another analog pin (like A2-A5) if you decide to snap the components off and use the light sensor instead of a white LED,. 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 demand the code become modified when it comes to 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 linked to a sew tab on the Tri-Color LED, and they’re all linked through a standard anode (positive) pin. Unlike other RGB LEDs, this setup ensures that to light up the LED you will need to ground the person red, green, and blue LEDs in place of giving them energy.