CARTRIDGE ISOLATOR it’s called.
Plinth and Base Isolation put to the side for this:
Jitter within the cartridge’s guts, down the signal wires, put to the side for this:
It’s about Jitter getting into the tonearm and back into the cartridge isn’t it?
It’s about less rigid fastening of the cartridge body, no matter how thin, to the arm isn’t it? This UGLY thing is quite thick.
And, the reviewer (not the isolator’s maker) mentioned a less rigid fastening of the tonearm base to the plinth, a double whammy of some, even if infinitesimal, movement.
Jitter into/back out of the arm, if acknowledged, is unwanted movement, sooooo, isolate from jitter? a speck of isolation (movement) reduces the jitter going/thus reduces the jitter feedback?
That's what makes the Strain-Gauge, supposedly essentially Jitter Free so tempting to me.
Plinth and Base Isolation put to the side for this:
Jitter within the cartridge’s guts, down the signal wires, put to the side for this:
It’s about Jitter getting into the tonearm and back into the cartridge isn’t it?
It’s about less rigid fastening of the cartridge body, no matter how thin, to the arm isn’t it? This UGLY thing is quite thick.
And, the reviewer (not the isolator’s maker) mentioned a less rigid fastening of the tonearm base to the plinth, a double whammy of some, even if infinitesimal, movement.
Jitter into/back out of the arm, if acknowledged, is unwanted movement, sooooo, isolate from jitter? a speck of isolation (movement) reduces the jitter going/thus reduces the jitter feedback?
That's what makes the Strain-Gauge, supposedly essentially Jitter Free so tempting to me.