The problem is usually that the fuses (any fuse) cannot be easily made to complete their required job successfully and at the same time handle large transient functions. No one has done it so far, not any ’audiophile’ fuse, either, unless they skirt the edge of proper legal descriptive and actual function of a fuse.
To add, they are highly non-linear, at best....quite large non linear odd order distortions, when under complex dynamic loading, which is what is inside an amplifier.
Tests done with thin wall 99.99% copper tubing as fuse substitutes (found at the given local hobby supply shops), illustrates quite dramatically...just how bad fuses sound. It almost sounds like a double or triple equipment upgrade. It is not subtle. I exaggerate, but not by much. Depends on how the given listener...listens, it depends on what they listen for.
Doing this experiment is not recommended, as one would be incredibly tempted to leave said test devices in place. Unstoppably so. (one would be begging for just one more minute of that incredible sound....!) Unhearing this is pretty well impossible, and will haunt one forever afterward. Do not do this unless you wish to be ruined.
To add, they are highly non-linear, at best....quite large non linear odd order distortions, when under complex dynamic loading, which is what is inside an amplifier.
Tests done with thin wall 99.99% copper tubing as fuse substitutes (found at the given local hobby supply shops), illustrates quite dramatically...just how bad fuses sound. It almost sounds like a double or triple equipment upgrade. It is not subtle. I exaggerate, but not by much. Depends on how the given listener...listens, it depends on what they listen for.
Doing this experiment is not recommended, as one would be incredibly tempted to leave said test devices in place. Unstoppably so. (one would be begging for just one more minute of that incredible sound....!) Unhearing this is pretty well impossible, and will haunt one forever afterward. Do not do this unless you wish to be ruined.