DIY Teagueduino

Introduction: DIY Teagueduino

What is Teagueduino?

Teagueduino is an open source electronic board and interface that allows you to realize creative ideas without soldering or knowing how to code, while teaching you the ropes of programming and embedded development (like arduino). Teagueduino is designed to help you discover your inner techno-geek and embrace the awesomeness of making things in realtime — even if you’ve only ever programmed your VCR.

This project we originally created by Teague, and was fully backed by supporters on Kickstarter (check out the detailed Teagueduino post on Kickstarter here). We made 300+ kits, and now we want to open it up for the world to make, too!

In this instructable we'll show you how to solder up your very own Teagueduino board. Enjoy :)

Step 1: Get the Parts

To get started, you'll need some parts. 

See the Teagueduino bill of materials for part numbers and links to order from DigiKey. Get everything in the first section, and note the quantity of each (for example you'll need 10 connectors, and 5 LEDs).

Perhaps the trickiest part is the Teagueduino PCB. We're hoping to make blank Teagueduino PCBs available in the future, but until then feel free to make your own Teagueduino PCB from the Eagle files.

And if you curious what's happening electrically, take a look at the Teagueduino circuit schematic.

Step 2: Solder in the Socket

First, get out the PCB. 

Add the 40-pin socket (notice that the notch is near the edge of the board). Carefully solder it on the back of the board. A couple of the pins will be more difficult to solder because they are connected to the power/ground planes and quickly diffuse the heat from the soldering iron. Just be patient. 

Step 3: Solder in the Connectors

Now add the 10 3-pin mini-CT connectors. 

Note that you can slightly bend the pins such that the connectors will snap into the PCB nicely. This is handy so that they don't fall out as you turn the board over to solder them in.

Step 4: Solder in the LEDs, Resistors, and Capacitors

Next, add the 5 LEDs.

Be careful to place them such that the positive/negative are correctly aligned. You can measure the +/- side of an LED with a multimeter, or just look at the length of the pins!

Similarly, solder in the capacitors and resistor net packs.

Step 5: Trim the Leads

Flip the board over and trim the leads so it sits flat.

Use any wire cutters you have around, but a pair of diagonal cutters works best.

Step 6: Add the Teensy++ and Rejoice!

Finally, just add in the Teensy++ with Pins.

Your Teagueduino board is complete!  Now just plug it in to your computer with a USB cable, add the realtime interpreter to the Teensy++, and start up the Teagueduino editor.

Hooray! Now that you're officially a Teagueduino hardware guru, start programming and make something awesome. :)

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    7 years ago on Introduction

    Cant believe I'm only just finding this :D

    I've been working on a similar idea for my arduino nano, This has just saved me sooooo much work :D Thankyou :D


    10 years ago on Introduction

    I just can't find 3-pin mini-CT connectors anywhere but digikey. Shipping to Greece is $30 so that's a no. Any other vendor I can get 3-pin mini-CT connectors? Like ebay, amazon? Other compatible connectors would do ( if there are any ).

    Any suggestions?

    PS: Great tutorial btw :)


    Reply 10 years ago on Introduction

    Here is a list of distributors for that 3-pin connector:

    It looks like there a couple in europe that hopefully have better shipping prices . $30 for a couple dollars of parts is indeed too much.

    I found that link by googling the manufacturer name and part number on digikey: "TE connectivity 292207-3"

    Also, it looks like some vendors might have mismatched images for the connector, but show the correct part # or 3D... Hard to tell what they will actually send you :/

    This one in the UK looks like the right part:

    I hope that helps!


    10 years ago on Introduction

    My VCR still just blinks 00:00 :-(


    Reply 10 years ago on Introduction

    Well now, that's what happens when you refuse to learn C. You might be able to try to use a WYSIWYG web editor... Of course, you may just make the VCR BSoD...