whether it's just continuous high humidity or inelegantly-applied soda. Paper cones & coil substrates don't like moisture.
Over-compressed audio or sound applications designed to 'make it all louder' (Boom, I'm looking right at you:/ ) will contribute to early failure.Ī third, often overlooked cause is moisture. This will cause distortion at almost all volume levels.īoth of the above are usually caused by running the volume too loud for tolerance. Overheating the coil until it permanently distorts. This will make the speakers buzz at high volumes. Stressing the join where the cone meets the housing - causing softening &/or eventual fracture at the join. The most common ways to break this finely-balanced setup are :.
The copper coil can never be permanently magnetised, because that can only happen to ferrous metals - those which contain iron. The result of this is that the coil is forced first in one direction then the other in relation to the permanent magnet.īy having the coil connected to a larger cone, this transfers the movement into air pressure waves. As every schoolboy knows, opposite magnetic poles attract & similar poles repel. They are, for the purposes of this explanation, immutable.Īs alternating current is passed through a coil of wire, it induces a magnetic field in the coil - positive & negative depending on the current flow, first one way then the other. grind it to powder & every particle will still display the same characteristics.
Break it & both halves are still magnets. a cone of paper or plastic, fixed to the coil at one end & the housing at the other, used to project the sound from the coil into the room.īy definition, a permanent magnet is.a coil of electrical wire on a hollow cylinder, placed to intersect that magnet & free to move, within tolerance, inside the magnet.a housing to keep all of the following in place.So, lets do a very quick 'physics 101' on the principles of loudspeakers. If it's hardware, it's a trip to the Apple shop, I'm afraid.īecause comments seem to be trying to break the laws of physics, let me explain further what is the most likely damage, & why it cannot be due to "magnetisation". If the left speaker is now the one affected - it's a software problem.Īdd a comment if it's software & we can test further.
If the right speaker still crackles - it's a hardware problem.
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