me want putt some acrylic in 1 uF with leads I will solder instead the 4x 100 uf, lol ! But off topic...
Mix & match my friend . Acrylic !!!! wow could end up
super super transparent. lol Good idea though 100uf.
Never by pass with 0.1 uf regardless of caps used.
It sucks & this includes BG NX
Ciao
super super transparent. lol Good idea though 100uf.
Never by pass with 0.1 uf regardless of caps used.
It sucks & this includes BG NX
Ciao
Well, you guys aren't going to come to any consensus with regard to various capacitors without some kind of framework and some common way to come to various conclusions. You need to determine what applications these capacitors are used in for one. Then, everyone's systems vary in resolving power. With little defence against expectation bias ...
-Chris
-Chris
Hi Chris
You can't unless we all are building the same circuit.
Like Jean Paul quoted in BG thread, where to apply
becomes an art in itself. Very true too but in order
to do this one must know the sound of the capacitors
in use. Contrary to what many may think , all components
do have a sonic signature be it caps, resistors etc, even
pcb. Crazy right, I once build 2 Pass boz one was on pcb
the other P to P all components the same & guess what,
P to P sounded better much more smoother sounding.
So we're caught up into asking many why's & yet when
measured with a scope you see no difference
Cheers
You can't unless we all are building the same circuit.
Like Jean Paul quoted in BG thread, where to apply
becomes an art in itself. Very true too but in order
to do this one must know the sound of the capacitors
in use. Contrary to what many may think , all components
do have a sonic signature be it caps, resistors etc, even
pcb. Crazy right, I once build 2 Pass boz one was on pcb
the other P to P all components the same & guess what,
P to P sounded better much more smoother sounding.
So we're caught up into asking many why's & yet when
measured with a scope you see no difference
Cheers
Try sometime the 250 RMI-V series, also in PSU... 🙂I'm not a fan of Philips/BC ... most of the time !
Soon i will try the 2200/16 BG std...
http://www.mouser.com/ds/2/427/250rmi-v-980962.pdf
Those looks like Philips caps too. Not in the know now but
has Vishay taken over producing Philips line of caps Karl ?
Thks
has Vishay taken over producing Philips line of caps Karl ?
Thks
has Vishay taken over producing Philips line of caps Karl ?
I'm not Karl but I can answer too.... 😉
Not exactly, Vishay bought BC Components which was a sort of Philips' spin-off of its passive components activities.
http://www.vishay.com/landingpage/50year/bccomponents.html
Last edited:
Thks for the clarification Clave
You're welcome 🙂
Inviato dal mio iPad utilizzando Tapatalk Pro
We also have to find a way to standardize our ears and sonic preferences. So there will never be complete agreement on which caps are best, although we may get some good recommendations in this thread.You can't unless we all are building the same circuit.
Like Jean Paul quoted in BG thread, where to apply
becomes an art in itself. Very true too but in order
to do this one must know the sound of the capacitors
in use. Contrary to what many may think , all components
do have a sonic signature be it caps, resistors etc, even
pcb.
Sent from my phone with Tapatalk. Please excuse any typpos.
Agreed Aqua just like food we all have different taste.
But what is clear is one must start to be a good listener.
What we're all trying to do is to mimick what real instruments
sounds like. If you notice especially at high frequencies though
directional is not trust at you like lots of playback system.
It still blooms & expands & this goes for the other frquency as well.
From here we then move into transparency, timbre, decay so on & so
forth.
Cheers
But what is clear is one must start to be a good listener.
What we're all trying to do is to mimick what real instruments
sounds like. If you notice especially at high frequencies though
directional is not trust at you like lots of playback system.
It still blooms & expands & this goes for the other frquency as well.
From here we then move into transparency, timbre, decay so on & so
forth.
Cheers
Agreed Aqua just like food we all have different taste.
But what is clear is one must start to be a good listener.
A highly experienced good listener.
Intimately familiar with non-amplified music.
Completely dispassionate about the results.
Owning a system that neither obscures nor benefits from a part's flaws.
Plenty of variables to juggle.
This is diy RDJ. Circuits may be flawed so you build
the proper ones. As for parts, flawed by it's limitation
perhaps but again like food you can mix & match
the seasoning till it sounds realistic
Cheers
the proper ones. As for parts, flawed by it's limitation
perhaps but again like food you can mix & match
the seasoning till it sounds realistic
Cheers
'Best in one circuit' and 'best' seem two very different metrics. I believe Nelson opened this thread using 'best' in the broader term.
Hi Karl,
I didn't like too much the Philips 136 despite some qualities, but will try the one you advice at my next order to Mouser !
thanks
I didn't like too much the Philips 136 despite some qualities, but will try the one you advice at my next order to Mouser !
thanks
Capacitors do measure differently. You're looking at dissipation values. The other worthwhile experiment would be to look at the current waveform through them, or the voltage across them at high impedance (of course!). Checking at various frequencies that suit the capacitor value and type is part of the skill set.
If you can hear a real difference between capacitors, you can usually measure it. Look in the residuals with a spectrum analyser, of directly with a spectrum analyser. The differences are small, but they are there to see. The new instrument JensH is making might be able to resolve more.
Chasing small differences is an expensive business. I've been working "in the grass" for years now, and this new instrument promises a way to find the right path. These measurements tend to agree with what is heard too.
-Chris
If you can hear a real difference between capacitors, you can usually measure it. Look in the residuals with a spectrum analyser, of directly with a spectrum analyser. The differences are small, but they are there to see. The new instrument JensH is making might be able to resolve more.
Chasing small differences is an expensive business. I've been working "in the grass" for years now, and this new instrument promises a way to find the right path. These measurements tend to agree with what is heard too.
-Chris
Well Chris don't have the luxury to own such equipment.
It's always trial with me. Knowing what a cap sounds like
does help a lot. At the end of the day what ever I've build
will always have 3-4 brands or types of caps at least. Each
at location which sounds best & as a whole sounds good
Cheers
It's always trial with me. Knowing what a cap sounds like
does help a lot. At the end of the day what ever I've build
will always have 3-4 brands or types of caps at least. Each
at location which sounds best & as a whole sounds good
Cheers
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