randy-11
142 posts
10-27-2016 3:17pm
I’d use laser interferometry or at least a vibrometer to assess the actual movement of the stands and at high volume on a variety of music and frequencies.
THEN, I’d use a driver to force the particular electronic components at those vibrations in the x,y, and z planes at greater amplitudes than found while listening to be sure.
...............................
That’s nice but the OP is asking how you would measure the audio performance. Anyone can measure the relative motion. All you need to do that is a glass of water.
Then Randy-11 wrote, in his best fifth grade grammar,
"you turn, geoff"
I’ve already described why I think it’s fruitless to pursue the whole measurement thing for iso devices. Were you sleeping?
142 posts
10-27-2016 3:17pm
I’d use laser interferometry or at least a vibrometer to assess the actual movement of the stands and at high volume on a variety of music and frequencies.
THEN, I’d use a driver to force the particular electronic components at those vibrations in the x,y, and z planes at greater amplitudes than found while listening to be sure.
...............................
That’s nice but the OP is asking how you would measure the audio performance. Anyone can measure the relative motion. All you need to do that is a glass of water.
Then Randy-11 wrote, in his best fifth grade grammar,
"you turn, geoff"
I’ve already described why I think it’s fruitless to pursue the whole measurement thing for iso devices. Were you sleeping?