On Tue, 10 Jan 2006 22:08:10 +0000, neutron burbled:
"Mark Tranchant" wrote in message
...
neutron wrote:
"Stewart Pinkerton"
I would do one for interconnects. Power cables I'm not so happy about
doing as it would be much harder I think.
They're all *impossible*, as you will discover. To avoid excessive
embarrassment, try it with a friend before entering into the full
challenge. I suspect that this is what happens with all the
loudmouthed subjectivists, who never actually step up to the plate
despite shrill claims of 'night and day' differences under sighted
conditions.
It's not at all impossible, it's just difficult, because they affect
the sound in subtle ways.
Interconnects, possibly, if one is badly flawed in design or far too
long
Not true, but I wouldn't expect any other form of reply from someone like
you.
The behaviour of cables *can* be tested, both by measurement and by
listening tests. However, as listeners can be biased, all listening tests
*have* to be properly conducted double-blind ABX tests, otherwise any
result from them is useless.
My own views:
Mains cable is subject to ohms law. That's it. Anything else is in your
imagination. No-one can hear any differences.
Speaker Leads are also subject to ohms law. Thicker cable dissipates less
heat and requires less amplifier power for a given speaker load at a
given loudness level. There is a limit to this, however, as once the
total loop resistance of the speaker lead is less than a fraction of
an ohm (which doesn't need anything approaching "monster" cable over a
few metres) its effect is swamped by the speaker impedance. Once again,
that's it. Capacitance between conductors and to ground for just about any
cable that can be used is infinitessimally tiny and has no effect at all
audio frequencies. Likewise for inductance values. No-one can hear any
differences.
Interconnects carry tiny amounts of current at audio frequencies. The
cross-sectional area of the conductors is therefore irrelevent as there
is no volt drop, even for long lead lengths. Likewise, the capacitance
between conductors and to earth can be ignored (if the leads are
reasonably short and have reasonable thickness insulation) because it is
so small at audio frequencies. Inductance ditto. The only real difference
between interconnects is how much hum and noise they let in. Ordinary CAT5
is quite good! Basically, no-one can hear any differences between any
interconnects of reasonable quality.
All the above assumes that the connections at each end of the cables are
good. Bad connections can make any cables sound bad.
Now, if you genuinely *can* hear differences in a true ABX test why don't
you accept the challenge and take the money? What is there to stop you?
Think of the prestige that you would gain, not to mention making Stewart
poorer! :-)
--
Mick
(no M$ software on here... :-) )
Web:
http://www.nascom.info
Web:
http://projectedsound.tk