CD players have a sonic signature.
Turntables have a sonic signature.
Phono cartridges have a sonic signature.
Amps, preamps have a sonic signature.
This list can get fairly long, and go on and on. And all of these components, and parts, could be measured, and heard for their sonic difference.
Fuses on the other hand have no sound. We (most of us) can't hear any sonic signature, that they are claimed (by some) to impose on a system. Not surprisingly, they can't be measured for this either.
The audio reviewers take all kinds of our gear, listen to the components, scrutinize them, and measure them with test equipment, sometimes to back up what they hear, and print their reports. Not fuses. These reports are just based on the individual reviewers hearing alone. No test results.
Where are the test reports, and their measurements for fuses? At least something to back up their statements. This is a short piece of wire, not a complicated component. So where is the measured test results? Apparently there are none, because it doesn't exist either.
We have satellites in space, high tech communications, plus other complicated electronics. They don't use these fuses. They use standard ones. This equipment is way more high-tech than our stereo systems. They are not out of spec, or have poor performance problems, in comparison to these special fuses (so-called better performance), due to the basic standard fuses used, giving them any error. If they did, you probably wouldn't be reading this.
Changing parts in any component can influence its sound, and will measure different also. This is done all the time. Even different brand of these parts can be heard by everyone (at least I hope those who are reading this), and measured by the test equipment, with consistent similar results.
Why is it that fuses have all kinds of variations of sonic changes, according to the reports of the people that hear this difference? And this is OK? What make this little fuse wire so special? Why can they get away with having such huge range of varied reports of sonic changes?
If you change to a certain type of coupling cap, you'll get very similar results, and answers, even from people with totally different systems. Similar test results too. That includes tube and solid state. If you change brands of tubes, the reported answers will be similar. Some are known to be brighter, others have better midrange, and other consistent similar reports.
Of course this consistency isn't necessary for fuses, or at least their supporters. The main thing is, that the people believe they hear something different, for their time, and trouble. That's their selling feature.
Everyone that builds our components have to answer to all kinds of measurements, and similar reviews. And these are a lot more complicated, full of wire, and all kinds of individual parts.
Again, absolutely nothing measured on fuses, and no consistent results. Both of these reasons should make you wonder, what's going on. Engineers know why, techs know why. It's time for these fuse people to prove that they can change the sound, and show it, in my opinion. The same as our complicated gear builders have to. Not just a short, simple piece of wire, that's in a fuse.
Turntables have a sonic signature.
Phono cartridges have a sonic signature.
Amps, preamps have a sonic signature.
This list can get fairly long, and go on and on. And all of these components, and parts, could be measured, and heard for their sonic difference.
Fuses on the other hand have no sound. We (most of us) can't hear any sonic signature, that they are claimed (by some) to impose on a system. Not surprisingly, they can't be measured for this either.
The audio reviewers take all kinds of our gear, listen to the components, scrutinize them, and measure them with test equipment, sometimes to back up what they hear, and print their reports. Not fuses. These reports are just based on the individual reviewers hearing alone. No test results.
Where are the test reports, and their measurements for fuses? At least something to back up their statements. This is a short piece of wire, not a complicated component. So where is the measured test results? Apparently there are none, because it doesn't exist either.
We have satellites in space, high tech communications, plus other complicated electronics. They don't use these fuses. They use standard ones. This equipment is way more high-tech than our stereo systems. They are not out of spec, or have poor performance problems, in comparison to these special fuses (so-called better performance), due to the basic standard fuses used, giving them any error. If they did, you probably wouldn't be reading this.
Changing parts in any component can influence its sound, and will measure different also. This is done all the time. Even different brand of these parts can be heard by everyone (at least I hope those who are reading this), and measured by the test equipment, with consistent similar results.
Why is it that fuses have all kinds of variations of sonic changes, according to the reports of the people that hear this difference? And this is OK? What make this little fuse wire so special? Why can they get away with having such huge range of varied reports of sonic changes?
If you change to a certain type of coupling cap, you'll get very similar results, and answers, even from people with totally different systems. Similar test results too. That includes tube and solid state. If you change brands of tubes, the reported answers will be similar. Some are known to be brighter, others have better midrange, and other consistent similar reports.
Of course this consistency isn't necessary for fuses, or at least their supporters. The main thing is, that the people believe they hear something different, for their time, and trouble. That's their selling feature.
Everyone that builds our components have to answer to all kinds of measurements, and similar reviews. And these are a lot more complicated, full of wire, and all kinds of individual parts.
Again, absolutely nothing measured on fuses, and no consistent results. Both of these reasons should make you wonder, what's going on. Engineers know why, techs know why. It's time for these fuse people to prove that they can change the sound, and show it, in my opinion. The same as our complicated gear builders have to. Not just a short, simple piece of wire, that's in a fuse.