lordsummit
moderate mod
And yet more name calling in a cables thread. Play nicely or don't play at all.
Or,
I think it would be far more likely that a lack of electronic understanding would lead to the person imagining audible cable differences than someone with an understanding of the interaction between electronics and sound.
There isn't sufficient information provided. But 'probably'.
There isn't sufficient information provided. But 'probably'.
Paul
It's easy to tell them apart with a meter, but if the frequency response variations caused by the cables are less than about 0.1dB then you are unlikely to be able to hear them.Surely this is sufficient explanation for someone to be able to tell them apart in a test - they are different things?
This was covered up thread. It's why I posted that graph.Do explain Paul. I thought L, C and R were all that was required.
So you are saying that someone with electronic knowledge and a preconception is less likely to be biased than a person who has no knowledge and no preconception?
Hows that work? - Or are you suggesting electronic engineers are beyond bias?
Andy
The only interesting test is ears alone.If the test is done with ears alone and you are as honest as I - I would gladly take a test
So, Murray, when did you stop beating your wife?
The question cannot be answered in those terms 'yes' or 'no'. What matters is the aberration introduced by the cable in the test system as a consequence of it's bulk electrical parameters. If the difference between the aberrations introduced by the cables is less than (say) 0.1dB then they are equivalent. The actual amounts of L C or R are irrelevant. In practice I guess that these two cables in an average system would be equivalent, they are both pretty normal, but you haven't provided enough information to be able to accurately answer the question for the test system.
We've been through this more than once on this thread.
Paul