Every wire everywhere is an antenna collecting radio frequency radiation. Also every device connected to the power grid is connected to every other device on the grid. Literally connected. Think about it.
Hardly any of these connected devices are drawing current at a steady rate. A lot are motors and things that draw in surges, in the process creating a back- or counter-electromotive force, EMF.
These two things, RFI and EMF, account for the majority of what we call noise on the line. They are there in the form of high frequency but very low level waves riding on the main 60 Hz AC wave.
So, a couple problems with the OP question. Eliminate is a pretty strong word. Eliminate means zero. You can never get it down to zero. Even if you did, guess what? Three feet past the conditioner and the wire has picked up RFI in the room, because RFI is everywhere. It's how your cell phone works.
But let's say you somehow magically eliminate all this noise all the way down to zero. And wrap your whole room in a Faraday cage so no RFI gets in. (Impossible, I know- the lack of cell service alone could be fatal!) The line is a perfect sine wave perfectly free from all noise.
You turn your amp on and uh oh, voltage drop! Wait, no, its back. Whew! Play music. Dang! More voltage drops! What the....
So we go through the whole exercise all over again, only this time discussing all the many problems with power supplies. And on and on.
Either that or- shocker! - we find one we can afford that sounds good.
I know. Shocker.
Hardly any of these connected devices are drawing current at a steady rate. A lot are motors and things that draw in surges, in the process creating a back- or counter-electromotive force, EMF.
These two things, RFI and EMF, account for the majority of what we call noise on the line. They are there in the form of high frequency but very low level waves riding on the main 60 Hz AC wave.
So, a couple problems with the OP question. Eliminate is a pretty strong word. Eliminate means zero. You can never get it down to zero. Even if you did, guess what? Three feet past the conditioner and the wire has picked up RFI in the room, because RFI is everywhere. It's how your cell phone works.
But let's say you somehow magically eliminate all this noise all the way down to zero. And wrap your whole room in a Faraday cage so no RFI gets in. (Impossible, I know- the lack of cell service alone could be fatal!) The line is a perfect sine wave perfectly free from all noise.
You turn your amp on and uh oh, voltage drop! Wait, no, its back. Whew! Play music. Dang! More voltage drops! What the....
So we go through the whole exercise all over again, only this time discussing all the many problems with power supplies. And on and on.
Either that or- shocker! - we find one we can afford that sounds good.
I know. Shocker.