>>And since phono cartridges are balanced<<
This is simply not true. I'm suprised you would continue to actively propogate this myth. If anyone understands the beauty of balanced circuits and signalling, it's you. You get it.
So why pretend a two-wire device is balanced? It's not. A cartridge is floating single-ended. Balanced operation require three terminals: a common (mid-point, average, reference), a positive polarity, and a negative polarity. You don't have that with a cartridge.
Nonetheless, as I pointed out in another thread, a proper receiver can force a cartridge into balanced mode. This is done by using a center tap on the primary of a step-up transformer. The center tap connects to ground. The windings then force the cartridge to act as if it were balanced (but without the 6dB gain). I wonder how many of these so-called balanced phonostages actually do this. And how many simply connect one cartridge tap to ground and pretend?
jh
This is simply not true. I'm suprised you would continue to actively propogate this myth. If anyone understands the beauty of balanced circuits and signalling, it's you. You get it.
So why pretend a two-wire device is balanced? It's not. A cartridge is floating single-ended. Balanced operation require three terminals: a common (mid-point, average, reference), a positive polarity, and a negative polarity. You don't have that with a cartridge.
Nonetheless, as I pointed out in another thread, a proper receiver can force a cartridge into balanced mode. This is done by using a center tap on the primary of a step-up transformer. The center tap connects to ground. The windings then force the cartridge to act as if it were balanced (but without the 6dB gain). I wonder how many of these so-called balanced phonostages actually do this. And how many simply connect one cartridge tap to ground and pretend?
jh