Stripboard Arduino shield for programming ATtiny45 and ATtiny85

This instructable (entered in the Arduino Challenge contest – you can vote for it above) shows how to make a stripboard Arduino shield for programming either ATtiny45 or ATtiny85 microcontrollers with an Arduino, as per these tutorials from the High-Low Tech group at MIT:

Arduino board as ATtiny programmer
Programming an ATtiny w/ Arduino 1.0

Stripboard Arduino shield
The top link shows a breadboard arrangement for the programming set-up, but if you’re working with lots of chips it’s neater to do away with all those wires and just have something you can plug in to use when needed!

You will need to follow the instructions at the first link in order to configure both your Arduino programming environment and your Arduino board to be able to use this shield. It’s worth working through the breadboard version before tackling this, so you know everything else is working as it should…

To make this shield, you will need:

* Some stripboard (I’m using a piece with 14 rows and 23 holes)
* A few lengths of wire (I’m using single core)
* 2 x pieces of female headers, with 4 pins/holes
* 1 x socket for an 8-pin IC chip
* 1 x 10uf capacitor
* 1 x 8 pin length of male headers
* 1 x 6 pin length of male headers
* ATtiny45 and/or ATtiny85 chips to programme
* An LED to check the blink sketch has uploaded correctly

* Soldering equipment
* Pliers
* A well-lit working environment – helps to avoid having to do the soldering again in the morning *ahem*
* Some permanent markers might be useful
* A track-cutting tool, a drill bit or a sharp knife

Step 1: Prepare the stripboard and the headers

First make sure you have an appropriately-sized piece of stripboard.

Is doesn’t really matter what size it is, so long as it is big enough to straddle the Arduino board with at least a few holes either side (soldering right to the edge has a tendency to cause the copper stips to lift up and detach from the stripboard). The main thing to look out for is to make sure the copper strips go in the right direction – they should be going across the board rather than along its length.

The next thing we need to do is prepare the 8-pin strip of male headers to accommodate the offset spacing on the Arduino board (you may skip this step if you’re using a clone board that already corrects this).

Follow the relevant instructions from this instructable – – to angle the pins. You will also need to push the pins down so they are level with the top of the plastic so that you have enough length underneath to make a good connection with the Arduino board.

Check they all work together
Place both sets of headers in the stripboard and check it all fits comfortably into your Arduino board. Make sure nothing fouls against the USB socket or anything like that.

I found the adjusted headers worked best with the off-set to the right as you look at them from their side of the stripboard.

Step 2: Solder in the male headers

Once you’re happy everything fits together as it should, go ahead and solder in the headers.

Keep your soldering as neat as you can and try not to get any solder further up the pins than you need to as this will make it difficult to insert them into the sockets on the Arduino board.
Stripboard Arduino shield pcb
The 6-pin header is reasonably easy, but you may find the 8-pin header more tricky if the adjustment process has left the pins a little loose (I had a few that were prone to falling out!). To help keep the pins lined up, I used a second piece of stripboard as a spacer jig. (If you do this, place the pins in the top row of holes, not a few rows down like in my photo. This will make it easier to get access with the soldering iron…)

When the soldering is done, go back and check everything fits into the Arduino board again.


For more detail: Stripboard Arduino shield for programming ATtiny45 and ATtiny85

About The Author

Ibrar Ayyub

I am an experienced technical writer with a Master's degree in computer science from BZU Multan University. I have written for various industries, mainly home automation, and engineering. I have a clear and simple writing style and am skilled in using infographics and diagrams. I am a great researcher and is able to present information in a well-organized and logical manner.

Scroll to Top