'Would love to read about these tests, could you please point me (us) to their whereabouts?'
They were done by a speaker designer I know. He also said a number of other designers, such as Dunlavey, did the same tests with the same results.
However even without such formal tests its well known eg its mentioned in Vance Dickensen's book on speaker design.
From an Audiogon discussion on it:
http://forum.audiogon.com/cgi-bin/fr.pl?cspkr&1106229169
'Having said that, many people find a very low static Q ( .5 ) to sound TOO tight and dry, even with the slight boost of Q that occurs during actual driven conditions. Raising the static Q will produce more apparent bass but it does so at a slight loss in transient response. The more that the static Q climbs, the more apparent bass that you have and the worse the transient response gets.'
'Much of this is covered in Vance's book to a great extent. Interpreting the trade-off's involved in each approach becomes a matter of personal design decisions'
If you want to pursue it further get Vance's book. It helped me understand a lot about speaker design such as this issue, although I don't personally build and design speakers.
But it does mean I can have enlightening conversations with those that do, like the guy that told me about those tests.
Thanks
Bill
They were done by a speaker designer I know. He also said a number of other designers, such as Dunlavey, did the same tests with the same results.
However even without such formal tests its well known eg its mentioned in Vance Dickensen's book on speaker design.
From an Audiogon discussion on it:
http://forum.audiogon.com/cgi-bin/fr.pl?cspkr&1106229169
'Having said that, many people find a very low static Q ( .5 ) to sound TOO tight and dry, even with the slight boost of Q that occurs during actual driven conditions. Raising the static Q will produce more apparent bass but it does so at a slight loss in transient response. The more that the static Q climbs, the more apparent bass that you have and the worse the transient response gets.'
'Much of this is covered in Vance's book to a great extent. Interpreting the trade-off's involved in each approach becomes a matter of personal design decisions'
If you want to pursue it further get Vance's book. It helped me understand a lot about speaker design such as this issue, although I don't personally build and design speakers.
But it does mean I can have enlightening conversations with those that do, like the guy that told me about those tests.
Thanks
Bill