I think both me and Elvee mentioned this, to get the full benefit of the performance of the Denoisator/Nonoiser you shouldn't have these two stages close to each other. That means they won't be on the same board, hence why there isn't any final design that includes them. I can't guarantee the performance with AC to DC close to the regulator, hence I dropped that stage from my boards.
Average DIY-er might want to consider separating them if they want the full benefit of the very low noise supply.
This AC to DC stage might also be different for different use case scenarios. Since you can use a LM338 for higher output current you can imagine how different the AC to DC stage can be, between 100mA needed current and 4A for example.
I think it makes more sense to find/develop a rectification board(s) that fit the use case and use the Denoisator boards with those.
Average DIY-er might want to consider separating them if they want the full benefit of the very low noise supply.
This AC to DC stage might also be different for different use case scenarios. Since you can use a LM338 for higher output current you can imagine how different the AC to DC stage can be, between 100mA needed current and 4A for example.
I think it makes more sense to find/develop a rectification board(s) that fit the use case and use the Denoisator boards with those.
I'll start looking through the thread as well and I'll send some posts that I think are of interest.
Hello Gerhard
greetings is it possible to post schematic of the
pcb in #10 i nee 5 volt 500ma
warm regards
Andrew
There probably are some boards left over, produced to fill space in a more important payload.
Cheers, Gerhard
Attachments
LT3045, I always use it for my hobbies. I plan to use it with next project of dual AK4499 and ES9038PRO DAC
