I think that there are at least two issues at play here. First is simply the primary arm/cartridge resonance issue, which is fairly easy to calculate.
The secondary issue is how the arm deals with the added energy that excites it from a low compliance cartridge. The suspension of a high compliance cartridge absorbs much of the resonant activity of the cantilever/record interface. This is less true with a low compliance cartidge. I think that the results are pretty unpredictable and that leads to the art part of the tonearm/cartridge match.
My experience, owning both a Denon 103D and a 103 is that very heavy - 25 gram + effective mass arms with tight, captured bearings work the best. YMMV. The Black Widow may actually be a special case as the carbon fiber arm tube is very well damped with a different resonant signature than aluminum.
Unfortunately, since both effects are always at play, it is hard to seperate the two.
The secondary issue is how the arm deals with the added energy that excites it from a low compliance cartridge. The suspension of a high compliance cartridge absorbs much of the resonant activity of the cantilever/record interface. This is less true with a low compliance cartidge. I think that the results are pretty unpredictable and that leads to the art part of the tonearm/cartridge match.
My experience, owning both a Denon 103D and a 103 is that very heavy - 25 gram + effective mass arms with tight, captured bearings work the best. YMMV. The Black Widow may actually be a special case as the carbon fiber arm tube is very well damped with a different resonant signature than aluminum.
Unfortunately, since both effects are always at play, it is hard to seperate the two.

