oregonpapa wrote,
"My take is that the fuses use graphene internally ... and graphene is known to eliminate micro-arcing. Micro-arcing, like micro-vibrations have the effect of smearing and degrading the sound."
Not sure I go along with you on your detective work. For one thing I’m pretty sure the only manufactuer that opens up a fuse, and even then only drilling holes in the end caps, is Audio Magic. For another thing, the issue of micro arcing would most likely be on the outside of the fuse on the end caps, not inside the fuse, where the wire is soldered to the end caps. Also, I’m pretty sure you can see the black stuff on the *outside* of the Black Fuse. That is the Graphene, no? At least. Matrix containing Graphene. Ditto the Blue Fuse if I’m not mistaken, Graphene is on the outside of the fuse. Which of course leads up to my next Pop Quiz. Horray!
Pop Quiz, if Graphene is applied to the *outside* of the fuse what the heck is its function? 😳
"My take is that the fuses use graphene internally ... and graphene is known to eliminate micro-arcing. Micro-arcing, like micro-vibrations have the effect of smearing and degrading the sound."
Not sure I go along with you on your detective work. For one thing I’m pretty sure the only manufactuer that opens up a fuse, and even then only drilling holes in the end caps, is Audio Magic. For another thing, the issue of micro arcing would most likely be on the outside of the fuse on the end caps, not inside the fuse, where the wire is soldered to the end caps. Also, I’m pretty sure you can see the black stuff on the *outside* of the Black Fuse. That is the Graphene, no? At least. Matrix containing Graphene. Ditto the Blue Fuse if I’m not mistaken, Graphene is on the outside of the fuse. Which of course leads up to my next Pop Quiz. Horray!
Pop Quiz, if Graphene is applied to the *outside* of the fuse what the heck is its function? 😳