Yeah, you're right about the 10K one.exxos wrote: Wed Nov 07, 2018 9:39 pm I listed 2.2K as the main ones (address & data bus) , but later changed my mind to 4.7K... I think the 10K one is on the DMA databus pins.
You need 1K for those.sandord wrote: Wed Nov 07, 2018 9:48 pm But there are two 1K ones on the parts list (RP1 and RP7) but I have only 4K7 and 10K ones in my kit... so do I use 4K7 for RP1 and RP7 as well?
Thanks.
So out of curiosity the article you wrote on the mega accelerator where you have 10k or 4.7k rp's as a problem and need to be changed to 2.2k. Does that stay the same? What caused your change from 2.2k resisters?exxos wrote: Wed Nov 07, 2018 9:39 pm I listed 2.2K as the main ones (address & data bus) , but later changed my mind to 4.7K... I think the 10K one is on the DMA databus pins.
The STF board doesn't suffer from ringing or other issues that other boards do... tests on STFM, STE I tested 4.7K on the STE, and it wasn't 100% stable, so I moved to 2.2K, its what is needed... BUT, I think somewhere around 1.8K the DMA starts to screw up... so 2.2K is a bit "close".PaulJ wrote: Wed Nov 07, 2018 11:07 pm So out of curiosity the article you wrote on the mega accelerator where you have 10k or 4.7k rp's as a problem and need to be changed to 2.2k. Does that stay the same? What caused your change from 2.2k resisters?
Sounds good to me. I going to stick with the 2.2's on this board because they are working well and there soldered in.exxos wrote: Wed Nov 07, 2018 11:19 pm I went with 2.2K as it was "normal" in my mind, but later thought 4.7K should be fine and probably better than 2.2K... So nothing has changed with my thoughts about STFM, STE, BUT my board is different where I changed my thoughts to using 4.7K on there...
Shouldn't be any difference between 4.7K and 2.2K on my board anyway.. both really need testing out.. cant even remember whats fitted on my board...PaulJ wrote: Wed Nov 07, 2018 11:29 pm Sounds good to me. I going to stick with the 2.2's on this board because they are working well and there soldered in.
