Jonathan, I wouldn't presume to question your historical perspective ;--) Though I've been intrigued with the MC cartridge (design) since the early seventies, I just can't recall which cartridge you're referring to that had an actual ring (doughnut?) magnet around the coil. (And wouldn't that require a rather long cantilever?)
For a long time, I thought the Colibri, with its ultra-short cantilever and no front pole was as far as the pole design would go, even if it meant settling for low output to get maximum benefit from the short cantilever. And along with the front/rear discs of the the Lyras, and the incredibly complex magnetic structure of the Dyna, represented three interesting variations on the pole design.
I've always assumed (am I wrong?) that a low coil resistance, assuming a given wire dia., is indicative of a coil with fewer windings and low(er) effective mass. So is there a flaw in my coming to the conclusion that the new Orpheus' (high-ish) output combined with its (low-ish) coil resistance means the magnetic field surrounding the coil must be extremely strong? I just can't understand how else those specs could be what they are.
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For a long time, I thought the Colibri, with its ultra-short cantilever and no front pole was as far as the pole design would go, even if it meant settling for low output to get maximum benefit from the short cantilever. And along with the front/rear discs of the the Lyras, and the incredibly complex magnetic structure of the Dyna, represented three interesting variations on the pole design.
I've always assumed (am I wrong?) that a low coil resistance, assuming a given wire dia., is indicative of a coil with fewer windings and low(er) effective mass. So is there a flaw in my coming to the conclusion that the new Orpheus' (high-ish) output combined with its (low-ish) coil resistance means the magnetic field surrounding the coil must be extremely strong? I just can't understand how else those specs could be what they are.
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