The naysayers must be studying the script of 12 Angry Men. “You can’t prove it!” “But you said we can forget about all the other stuff.” “How can be be so sure?! “I’m telling you, some of you people in here must be out of your minds.” “Don't give me that. I'm sick and tired of facts! You can twist 'em anyway you like, you know what I mean?”
Showing 13 responses by geoffkait
erik_squires4,257 posts11-23-2018 8:12pmI’m definitely not about to take work assigned by you, George. I was merely pointing out that if audiophile fuses do anything at all the effects would be super easy to measure at the fuse itself. >>>>Isn’t it nice to think so, Eric? The name is Geoff, by the way, not George. It’s probably best if you don’t do the test after all. 😀 |
Wolf, we all know acoustic engineering school is a scam. They don’t teach anything to prepare you for high end audio. They don’t even teach engineering. Give me a break. They teach you how to be a knob turner and wire puller. Though, on the plus side, being all thumbs might actually be good for knob turning. You should run down with great haste to whatever two-year podunk school you went to and demand your money back. No offense. |
Fuses can be used to change or control the sound just like speaker cables, interconnects, capacitors, power cords or any wire or cable. Capacitors serve a function just like fuses. Yet capacitors are also directional due to the wire running through them. Since all wire is directional, including the teeny tiny fuse element, all cables, capacitors, fuses sound better in one direction vs the other direction. In one direction, that usually cannot be predicted by the user, the sound will be relatively more coherent, more natural and more musical than the other direction. This proposition regarding directional can be illustrated most easily by reversing the direction of interconnects and evaluating which direction sounds better. Voila! I’m not referring to shielded interconnects, since they have their own independent issue regarding direction. |