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So what IS the phase data for the Elac speakers? You can phrase it and post it as either a curve, Smith Chart, any other graphic, or just give the peak phase angle at a frequency.
Sorry, but I'm a #s kind of guy. Hi 80s sensitivity doesn't scare me. Watts are fairly inexpensive, though 'good' watts are by no means cheap!
Vacuum tubes typically don't like one kind of reactive load.....I simply don't know if it is capacitive or inductive so adding power to this kind of load is, if not futile, than more expensive than need be.
Just my strongly held opinion, but giving just impedance data is incomplete.
My Panels are pretty much straight across at just over 4 ohms with a substantial peak near the x-over. But....and this is more important, the phase angle is fairly benign, going from inductive to capacitive thru the x-over region at moderate angles.
Again, speaking simply from an engineering / electrical perspective.
So what IS the phase data for the Elac speakers? You can phrase it and post it as either a curve, Smith Chart, any other graphic, or just give the peak phase angle at a frequency.
Sorry, but I'm a #s kind of guy. Hi 80s sensitivity doesn't scare me. Watts are fairly inexpensive, though 'good' watts are by no means cheap!
Vacuum tubes typically don't like one kind of reactive load.....I simply don't know if it is capacitive or inductive so adding power to this kind of load is, if not futile, than more expensive than need be.
Just my strongly held opinion, but giving just impedance data is incomplete.
My Panels are pretty much straight across at just over 4 ohms with a substantial peak near the x-over. But....and this is more important, the phase angle is fairly benign, going from inductive to capacitive thru the x-over region at moderate angles.
Again, speaking simply from an engineering / electrical perspective.