The code is written for the arduino platform (I'm using a mega) and the arduino IDE.
Check out the video,
Cheers!
And here's a link to the longer version of the video with closeups and more detail:
http://www.instructables.com/id/Toms-Clock/
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I firmly believe that anyone with gumption can take on some or even all of this project and be successful. Break it down into pieces. I'll try to give you as much info as possible to lead you in the right direction.













































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Thanks for putting this up!
cheers
Would it be sufficient to maintain accuracy if this were hooked to a hand cranked dynamo for power and remained unpowered when not in use?
If I were you, I would give it a go. A Panasonic CR2032 coin cell has a capacity of 220 mAh and will last about 1000 hrs at 190 uA (microamp). The DS3231 (according to the app note below) draws just 3.0 uA. So you should be good for a long long time.
cheers
http://www.maxim-ic.com/app-notes/index.mvp/id/3644
cheers
cheers
I got the watch crystal for the viewport from Esslinger by the way.
www.esslinger.com/
cheers
cheers
Superb workmanship!!!
I have voted for you.
I encourage you to take what I have posted and use it to make your own clock. I will be adding more info in the days/weeks to come so check back for more. The steps that I have added so far will get you very close to making your clock. You will have to have some knowledge of programming and electronics to be successful. Go for it!
cheers
I have not finished adding the steps yet! I will continue to add them in the coming weeks. Please give me some time and check back.
cheers
cheers
cheers
When I started with electronics, I found the books by Mims to be very helpflul. Here's a link to his website.
http://www.forrestmims.com/
I bought mine from Radio Shack, you may still be able to get them there. Very easy to understand and practical.
http://gettman.ru
Cheers