OK time for a new guy with limited audio knowledge to ask a stupid question or two to try to get some elementary understanding as I am obviously missing something.
if you turn up the volume to the max while not playing music and hear nothing -0- from your speakers I would think you do not have a noise problem. Further, when playing music at various volumes and you hear no noise I would think you do not have a noise problem. I say this as I just did it and that's what I heard lol. So given the above how does the electrical noise negatively affect the sound if you can't hear it? What is it affecting negatively, the dynamic range, imaging, soundstage, etc.? What's the science say.
As an aside I would have hoped by now audio manufacturers would have addressed this issue in their amps as dirty electricity is a universal and persistent issue.
Be that as it may the idea of a uniform electromagnetic wave
flowing thru the system versus one with irregularities seems desirable.
if you turn up the volume to the max while not playing music and hear nothing -0- from your speakers I would think you do not have a noise problem. Further, when playing music at various volumes and you hear no noise I would think you do not have a noise problem. I say this as I just did it and that's what I heard lol. So given the above how does the electrical noise negatively affect the sound if you can't hear it? What is it affecting negatively, the dynamic range, imaging, soundstage, etc.? What's the science say.
As an aside I would have hoped by now audio manufacturers would have addressed this issue in their amps as dirty electricity is a universal and persistent issue.
Be that as it may the idea of a uniform electromagnetic wave
flowing thru the system versus one with irregularities seems desirable.