I used to be an UGG3, but then I took an arrow in the knee.
He's talking about changing speaker fuses. The effect of fuse resistance on crossover behaviour is measurable by test equipment and likely to be large enough to be audible on true double blind testing. This is totally unlike the situation of mains plug fusesHow long does it take to do a A/B switch over?
He's talking about changing speaker fuses. The effect of fuse resistance on crossover behaviour is measurable by test equipment and likely to be large enough to be audible on true double blind testing. This is totally unlike the situation of mains plug fuses
This thread has become a confused jumble of the effects of mains fuses, internal circuit protection fuses and speaker fuses.
This thread has become a confused jumble of the effects of mains fuses, internal circuit protection fuses and speaker fuses.
Indeed... only speaker fuses will have much effect. Mains fuses certainly wont!
Indeed... only speaker fuses will have much effect. Mains fuses certainly won't!
Oh well; I didn't revise this thread, but.............
Which speaker fuses are we talking about. Sure, my electrostatics have them, but I've never seen accessible fuses in passive m/c speakers. Are they part of (inaccessible) crossover networks?
Shahinian use fuses, or certainly used to.
Does anybody have an idea why you would put a capacitor (or pair of capacitors) across a speaker protection fuse? like this:
I'm guessing that I should just chop the whole lot out...
those appear to be some kind of switch or relay, not capacitors, probably shouldn't chop them out
Does anybody have an idea why you would put a capacitor (or pair of capacitors) across a speaker protection fuse? like this:
I'm guessing that I should just chop the whole lot out...