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Hello everyone, Pure Carbon here and today I bring you an extremely cool instructable. As some of you know I recently announced that I was starting a youtube channel to go along with my instructables account, unfortunately it has been very difficult and it has made me very busy. Because of this I haven't been able to post any instructables, but I have gotten everything done and am now posting regular videos each week.

This instructable is not complete because it lacks the pictures that make an instructable great. I am currently working on extracting the photos from the video, but until then you guys will have to deal my actual voice in a video. Once I get all the photos I will redo this instructable.

In the video I will be showing you guys how to build a single chip arduino which if you don't know is the ATMEGA328 chip with all the components on top. This instructable is somewhat difficult so some basic soldering skills are required to be able to make this. Well here is the video I hope you like it I will be making two more videos to go with this one once in the next one I will make a circuit on some strip board that will power the arduino. This circuit Will also include some female headers to make it more like the arduino uno. The video after that will explain how to program it. Here is video #1:

Thank you guys for watching the video and be sure to subscribe to me for part two and three. You can do that here:

https://www.youtube.com/channel/UCp1Iy_qqZl-TBWrwO...

I hope you like this one, be sure to follow to me for many more instructables like this one coming soon, also if you like this then be sure to favorite it. If you have any questions or comments then be sure to leave them below, I'm very good at responding and if I don't right away then just be patient and I will respond to you soon,thank you.

Step 1:

here is the schematic diagram for those of you who want to try and make this. I will see you guys next instructable, bye.

<p>external crystal and 2 capacitors can also be removed if 8Mhz instead of 16Mhz is sufficient.</p>
<p>It really depends on the project.</p>
<p>http://make.kosakalab.com/arduino/obaka/project-2/index_en.html</p>
Ah, yes my original inspiration.
<p>I wonder if anyone's done this with a dip socket</p>
<p>Wouldn't that make it easier to re-program as well?</p>
It would, since you could just pop the chip out and put it in an arduino and program it. Or, any other programer setup you happen to have (I have an ISP programmer made from a nano, for reprogramming the public poll box's I maintain)
I will be in the next video for this series which I hope to record this weekend.
Cool, I'll have to keep an eye out for that :) Thats the sort of arduino I could use
<p>Do you have a top view of it assembled?</p>
I will be adding more photos to complete this instructable soon, so stay tuned!

About This Instructable

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Bio: My whole life I have thought of ways to make things that you can only go out and buy, follow me and I will teach ... More »
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