John_gordon,
Sometimes I wonder about our perceptions regarding our frame of reference. Deviations are judged "wrong", when in fact they might be mostly just different.
I question the use of the term distortion in reference to alignment error, not that it's entirely wrong per say, but it implies more than what it actually is.
Alignment error causes a small amount of phase difference between channels and outside of that I think most of the error is subtractive. Are you aware of any distortion measurements specific to alignment?
How can some people proclaim a straight pivoting arm with no offset as sounding superior? With one null point there must be much greater alignment error. Not only that, the shortest version arm (ViV Rigid Float) is said to sound best!
Could it be that torsional forces on the cantilever cause more distortion than a few degrees of alignment error?
I don't really have an answer here, but it's an interesting question.
Regards,
Sometimes I wonder about our perceptions regarding our frame of reference. Deviations are judged "wrong", when in fact they might be mostly just different.
I question the use of the term distortion in reference to alignment error, not that it's entirely wrong per say, but it implies more than what it actually is.
Alignment error causes a small amount of phase difference between channels and outside of that I think most of the error is subtractive. Are you aware of any distortion measurements specific to alignment?
How can some people proclaim a straight pivoting arm with no offset as sounding superior? With one null point there must be much greater alignment error. Not only that, the shortest version arm (ViV Rigid Float) is said to sound best!
Could it be that torsional forces on the cantilever cause more distortion than a few degrees of alignment error?
I don't really have an answer here, but it's an interesting question.
Regards,

