Very useful for isolation, but most (all?) of them do have boost regulators inside if noise is a potential concern.
You're speaking in anger again. The laser power supply at LIGO is at 9 digits quiet using ordinary good engineering, it has to be.
What you accused me of claiming (by not quoting) didn't take place outside of your own mind. Go back and reread post #21590.
Using the system Terry suggests, latency primarily comes from DSP if using HDplayer and or Roon on the computation engine i7 box. It can be a few or several seconds delay for highest quality DSD playback of PCM source material even with a very fast computer.
The JLsounds I2SoverUSB board itself is fast enough for DAW use, but if using its ASIO driver then your DAW might not be able to access any other ASIO devices at the same time, such as for recording inputs if needed.
Not sure what you mean by "street skillz" or "here" for that matter?
No, just making an observation about how often LIGO/Nobel prize is mentioned on audio forums as some sort of 'scientific' argument
So, what you are saying is LIGO didn't use batteries - so? Do you have the schematic for the reference circuits used in LIGO? What regulators used, etc?
Does that mean that batteries don't have advantages for use in audio, particularly digital audio over stock voltage regulators
Street skill would relate to ‘bench trained’
And ‘here’ is well.....here
And if you’ve ever seen a running baby that’s fairly self explanatory
If you use a storage cap after the battery does that reduce the noise?
Gotcha (I think). Perhaps it's just the wrong thread for that, this thread is for people to come and have a friendly chat about things that don't really matter much. Serious bench pressing is to be found elsewhere
Figured it’d be a good place to learn the lingo and get a feel for forum etiquette
Ordinary storage cap between battery & device being powered is usually detrimental to sound also. Bypass caps at pins are still needed so it's likely LF stability is the issue.
The noise of batteries is an old myth which doesnt apply to modern battery technology such as LiFePO4 - check out noise measurements of LifePo4 on here
But battery packs (as you purchased - sorry, not you but Tournesol bought smartphone battery pack) already have a voltage reg on the output so you won't get the full benefit of direct battery drive
Get yourself a LiFePo4 battery 3.3V & use it direct on digital audio device. Search for LiFePO4 on here & you will see some people discussing them
Figured it’d be a good place to learn the lingo and get a feel for forum etiquette
Nah, probably the worst thread you could choose but you certainly met some of the core antagonists - some of whom have great, specialised knowledge but don't know their limitations & aren't interested in learning - no curiosity, unfortunately. Anything outside of their areas of comfort causes much defensiveness usually accompanied by attempted demeaning which only demonstrates the discomfort of their egos
So the bypass cap close to the pin gives it the extra speed, just as using a small value cap on a HF xo (series cap) to increase transient speed?
Cool to see such conviction from so young musicians!
Yep, it deals with the transient current requirements - seems the large capacitance of battery or supercap is about stability - see also Abraxalito's experiments with multiple uF caps in parallel rather than supercaps - again improvements that aren't easily explained by what you hear on here.
If it’s anything like the bypass cap on the xo it takes some experimentation to get it right.....blurring was an issue.
And it’s not the uf values, or esr, But materials that made the differences.
Not exactly a popular topic with the EE’s....
Bracing for impact!
You are just a wind up merchant aren't you?If it’s anything like the bypass cap on the xo it takes some experimentation to get it right.....blurring was an issue.
And it’s not the uf values, or esr, But materials that made the differences.
Not exactly a popular topic with the EE’s....
Bracing for impact!
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