100 watts PEAK. Average is like maybe 10 at the most. So no, I’m not playing welding music power levels. The speakers are 88 dB efficiency or so…but I’d say 2 dB is LOT, my CLX ar 90 dB efficiency, as they need more umph than the CLX ever did. But, I’ve got plenty of umph!
The better your power supply is, the less a cord “works” as the capacitive current reserve is what is delivering the intantaneous 100 watt peak power, not the wall. And that’s exactly how they are supposed to work. At those 10 watt or less levels the power supply charges back up. There is no perpetual motion going on, it is a send, recieve, send, receive kind of thing.
The cords INDUCTANCE is what allows instantaneous current draw (low impedance to current) and the BAV and ANACONDA have near the same capacitance. ROMEX by design is also low inductance, too. This is at way above audio RF regions frequencies, no effect at 20-20K.
IND CAP
ROMEX 0.227 12.4
BAV 0.199 20.8
ANACONDA 0.143 19.1
(uH/ft and pF/foot)
Sorry, I forgot poor “R”. Look at the earlier Rs graph above to see where the “R” falls for each one…more or less all 10 AWG.
The data in the graphs above show the three cords tested for passive RF absorption impedance (Rs). The loss tangent of the dielectric is responsible for that attribute and is a component vector of the dissipation factor for a dieletric, which act like reactive elements at RF.
The cords trade off capacitance for lower inductance. Pretty straight forward. With passive field cancellation (in the ICONOCLAST design) the inductance value will drop. Same as the 4x4 IC cords do.
Capacitance isn’t a problem as it acts like mini current reserve at the IEC connector for current delivery. Not much, so don’t get too excited.
Basic electrical can get pretty darn good with a basic cord design and that’s what the BAV cord does plus passive RF dielectric properties. Not a bad thing at all in my mind to find with testing. My experience using them has been very good. These are nice cords to geta good base in a nice system. They provide WAY, WAY more than the price sggests. But, this is true of most well made modern products; most of the performance at a fraction of the price.
What we hear COLD be tested with the right resolution as the EM wave is “different” somehow. Like it or not the EM wave magnitude with time is where the sound hits the circuit and…all the changes in the EM wave in those circuits. It never stops until it leaves the speaker diaphram. Nothing jumps around the chain to your ear.
Best,
Galen