GreenBow
Headphoneus Supremus
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- Feb 6, 2015
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Well, I`m not sure... But those shields are from non-magnetic material so it should be transparent for magnetic field of ferrite cores. Also, the noise might be traveling from MScaler to TT2 via shield surface, not on main conductor. I hope somebody more educated in physics will correct me if I`m wrong.
Oh. I now you said that, I think I had it wrong anyway.
I was thinking that RFI affecting cables was what we normally get. As in RFI causes noise on the cable, which passes into the analogue part of the DAC. Then causes brightening of the sound.
However in the TT2 M-Scaler case, it's apparently noise coming from the M-Scaler. Not sure about the source. It could be because the M-Scaler is near an RFI source or a toroidal transformer in an amplifier. Or as (I think) someone said, the M-Scaler chip produces noise. Anyway that noise travels from M-Scaler to DAC via coaxial. I was then thinking that shielding on the coaxial cable would block the ferrite cores from stopping RFI noise. (Noise from the coaxial cable metal parts.) However I think I have that wrong. In the same way RFI (electromagnetic waves) affect metal cables, and need to be blocked. I was incorrectly thinking that would block the action of the magnets. However magnets don't pass electromagnetic waves onto the cables, they pass a magnetic field. Or magnetism. That was the mistake in my thinking.
I am not sure if the magnets just block the noise travelling along the cable. Or they actually manage to lift the noise from the cable, via means of removing very small voltages. Voltages smaller than the signals of ones and zeros.
Anyway, sorry. You must be right.
(Even if RFi is an electromagnetic wave, I don't think it means cable shielding would block magnetic waves. However I will stop digging my hole that I am in now, because I don't know.)
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