This is a very interesting thread. As far as balanced power goes, I have only read a little about this and all of it has been vendor material. I have yet to get an audio amp manufacturer (other than PS Audio) to weigh in, and would welcome that.
@jay23 Thank you for the excellent video which brilliantly shows one of the problems when "everything in the chain" needs to be up to a minimal level. I completely understand the demonstrated example where the power cord was sub-par in terms of denying the meter the full current that would otherwise be available.
You are correct: I should get such a meter and perform an electrical test at the wall outlet and again at a P10 outlet. That would be informative in terms of what "load" the P10 presents. ...However, what is a "huge transformer" from a load perspective? Certainly it presents a loss in terms of consuming current, but it also buffers current in its magnetic core.
If I understand simple electrical theory sufficiently, then that loss is an issue when the amp draw approaches the effective current limit at the component/amp socket. If I understand this, that means we need a properly sized power regenerator that exceeds the amp draw by some not-by-myself-understood amount of unused current. For my Ayon and other components, these are drawing no more than 750va ...and the P10 is capable of 1500va — a 50% excess of power is available.
Did I get that right? If so, where is the starving?
@jay23 Thank you for the excellent video which brilliantly shows one of the problems when "everything in the chain" needs to be up to a minimal level. I completely understand the demonstrated example where the power cord was sub-par in terms of denying the meter the full current that would otherwise be available.
You are correct: I should get such a meter and perform an electrical test at the wall outlet and again at a P10 outlet. That would be informative in terms of what "load" the P10 presents. ...However, what is a "huge transformer" from a load perspective? Certainly it presents a loss in terms of consuming current, but it also buffers current in its magnetic core.
If I understand simple electrical theory sufficiently, then that loss is an issue when the amp draw approaches the effective current limit at the component/amp socket. If I understand this, that means we need a properly sized power regenerator that exceeds the amp draw by some not-by-myself-understood amount of unused current. For my Ayon and other components, these are drawing no more than 750va ...and the P10 is capable of 1500va — a 50% excess of power is available.
Did I get that right? If so, where is the starving?