Populating and testing a newly finished PCB : Reverse Engineering a 1980's 6502 CPU card

In this video, which is the final conclusion of the 1980's retro 6502 repeater project, we get to populate the new PCB, apply power and finally test its functionality. There is a small design modification made and we check the clock frequency on a frequency counter.
Lets power this thing up!
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Leave a comment! Do you like long format videos or would you rather see smaller 10-20 minute ones. What kind of content would you like to see? More digital, more analog, CPU/MCU? Let me know.

[@sinjhguddu4974]

Beautiful work .

[@diddyman1958]

Big thumbs up for getting it working!

[@tdrelectronics766]

I enjoyed the series of videos for this project I am fortunate I own a licenced copy of Orcad 17.4 professional although a steep learning currve it makes the job a lot easier looking forward to another series of videos like this one

[@NEEC1]

Thanks, glad you enjoyed the series.

[@DanielGlover]

A bit behind on these, nice to see what you done. Old skool board has a look. Nowt like that anymore. If thats a inch and a half smaller I would like to see what an estimation of the man parts is :)

[@proluxelectronics7419]

The days of over clocking made easy. 😄😄

[@mackemitalian]

Let me see let me see, lol

[@edgarmatzinger9742]

Why not use a 1MHz crystal and a couple of inverters? If present and available of course...

[@NEEC1]

Hi. Yes it could have been done with a 1MHz crystal. But i chose a simple RC arrangement to do the job simply to reduce costs. And the NANDs were already there, so no need for inverters. But yes, that would have been an alternative way and much better precision for clocking frequency if it was needed. thanks.