Hello guys, this is my first post and first upload. I hope you guys like it :).

This is an automated electronic incrementing clock. It cycles through the 32 combinations that are possible, starting from 1. I think it's cool because it implements binary to count, and does not use those things that look like matrices.

It works by feeding the input register content into the incrementer, then feeding the incrementer output into the output register, and then feeding the output register content into the input register. The electronics stuffed in the blocks of insulation is the incrementing assembly. Use the top output register switches as readouts, but first make sure you are simulating in nothing display.

Thanks, massey101. There sure is a lot of pointless space taken up. I looked around and found great ideas for much smaller parts. Especially the AND gate; mine is about 2 times as large as the smaller ones., but that can be fixed.

I'm really in to computer science and electronics, and I'm hoping to build other things like decrementers, adders, multipliers, etc. Decrementing I know, adding and multiplying I don't. I would like to learn that, so if anyone knows something and wishes to share it I would be very glad.

Thanks,
Chris