A Christmas Tree shaped PCB with reverse mounted LEDs to light up it's baubles and star.Designed by Brian Lough, Ships from Ireland
NOTE - Sold out for Christmas 2018! What is it? It is a PCB in the shape of a Christmas Tree with 12 charlie-plexed LEDs reverse mounted to shine through the board. The board is controlled by an ...Read More…
It is a PCB in the shape of a Christmas Tree with 12 charlie-plexed LEDs reverse mounted to shine through the board. The board is controlled by an Atinny13 and is powered by a Cr2032 coin cell battery.
I have long been an admirer of the amazing things people were making as part of #badgelife and wanted to try replicating some of the features seen in them. I thought the baubles would be a perfect candidate for the LEDs being reverse mounted. I also thought it would make a really interesting tree ornament for our Christmas tree!
I think the reverse mounted LEDs shining through the PCB looks really great.
The PCB can be hung from a tree, it can free stand using the battery holder as a stand or be added to a badge using an SAO connector.
You can select different modes for the LEDs using the built-in button. There is also a switch for turning off the power.
It can be fully modified/hacked using the AVR ISP pins. The base code can be found here
You can switch between running modes by holding down the button on the back. When you hold down the button (this might take a second or two) the animation will stop and a single LED will light up, keep holding the button and the single LED lit up will change. Each of the different LEDs represents a different mode.
The modes are: - Single LED flash (Speed 1-5) - Dual LED flash (Speed 1-5) - All LEDs on - ALL LED blink
Please note there are no batteries included (CR2032 required)
Here is the link to the paper documentation that will be included if selected, I thought I would give the option of not including it for tree saving purposes!
You will receive 5 different coloured LEDs: Red, Blue, Green, Yellow and Orange (And 1 white for the star) and there are 11 slots for the LEDs so you can arrange it however you would like!
Here is a suggestion for how to distribute the LEDs, it uses 4 of the available colours. Please note that blue is quite dim compared to the others (The main product image has blue at it's worse, the static mode). If this is a concern consider replacing blue with orange.
(Note the image is mirrored to represent the LEDs location on the back of the PCB, e.g. the red LED at the bottom left will be soldered on the back at the bottom left, but will be on the right of the board when looking from the front)
So this is kind of a strange section but I just wanted to thank Dave for his help getting the tree this far, my schematic and code was almost entirely based on his sloth badge and he was a big help with the reverse mounting LEDs which he demonstrated in his word clock project. I got all this information and inspiration with his permission in case anyone is wondering!
Time: 30 mins. Additional Tools Required: Tweezers Difficulty: Medium - Most of the components are fine to install, the difficulty comes from the LEDs, not only are they 0603 sized, they are to be mounted upside down, which makes it a little bit more challenging. This was my first time soldering 0603 and I actually found the size no problem at all, keeping the LED level is where the difficulty comes. It ships with over double the LEDs need so there are some spares if required.
|Shipping Rate||First item||Additional items|
An Post: Standard Ground Rate
We recognize our top users by making them a Tindarian. Tindarians have access to secret & unreleased features.
We look for the most active & best members of the Tindie community, and invite them to join. There isn't a selection process or form to fill out. The only way to become a Tindarian is by being a nice & active member of the Tindie community!
Hey everyone! My name is Brian and thanks for checking my Tindie Store.
I'm a software developer by trade but I've recently gotten into Arduino development after discovering the ESP8266, a WiFi enabled Arduino chip for $5 delivered blew my mind!
I started looking at Arduino stuff late 2016 and I'm really enjoying it. I did Electronic and Computer Engineering in college so I had some base knowledge of electronics but I'm having fun learning it again.
Check out my YouTube channel or Twitter for more info!