In article , Bob Latham
wrote:
In article , Jim Lesurf
wrote:
[big snip]
If you want to obtain reliable evidence that can then be assessed by
yourself and others, and which might then be evidence that the bi
wiring was a reason for a change (rather than something else that
didn't occur to you) then you would need to do the comparison tests in
an appropriate way.
I appreciate that you might not want to do this, but if you don't,
then you 'results' will remain of undeterminable value - i.e.
effectively worthless as evidence for more than a statement of
personal belief.
I completely understand your position as stated above.
My position is that I have no wish to convince the group of the validity
of my opinion with regard to this matter. I honestly couldn't give a
monkey's if anyone thinks what I experienced was genuine or not. Long
since given up on that one.
That is fair enough. However performing the listening tests, etc, as I have
described can also aid you in deciding the answers to the questions you
posed, and would clearly be interested in finding answers for. Thus the
point of such an approach isn't just to satisfy others. It would also give
you better info to resolve the questions you have.
I had hoped to put aside the arguments and simply say that given my
position does anyone have any suggestions as to how I track down the
reason for my experience (assuming for the moment that it was factual).
To be clear here, I don't believe in magic with cables, if a difference
exists there must be a reason for it and that must be to do with L R C.
To do this you would have to proceed in two ways. One would be to measure
the relevant RLC values, etc. Then analyse/model the systems to determine
what effects these could be expected to have. The other would be to perform
listening tests in a way that the results would indicate if the changes in
sound you report correlate with this or not. The problem here is that
something else might have changed without you noticing. Hence the need to
do 'randomised' comparisons in an appropriate manner. For all we know the
difference may be quite real, but have nothing to do with the cables as
such.
Fair comment, I can't provide much else as I don't have an inductance or
capacitance meters.
These can be measured by other means. However if you wished, you could
still do listening tests that might shed some light on the questions you
asked. But I am afraid it can be a time-consuming process. So it would
only be worth doing if you feel the answers might be worth the effort. I
can quite understand that if your system now gives fine results you might
feel this wasn't of sufficient interest for reasons of 'academic curiosity'
alone.
FWIW I can quite understand why domestic users, in general, don't bother to
engage in well-conducted comparison tests as they can be involved and time
consuming. Hence if I criticise anyone here is would be professional
'reviewers' who can't be bothered. They should be putting in the required
time and effort as their 'advice' may matter to other people, and they are
being paid on the basis that their comments are supposed to be of use to
readers.
Slainte,
Jim
--
Electronics
http://www.st-and.ac.uk/~www_pa/Scot...o/electron.htm
Audio Misc
http://www.st-and.demon.co.uk/AudioMisc/index.html
Armstrong Audio
http://www.st-and.demon.co.uk/Audio/armstrong.html
Barbirolli Soc.
http://www.st-and.demon.co.uk/JBSoc/JBSoc.html