simulation
New member
With that much in the lower mids, it will flub out just about any consumer speaker.
So I should cut in the 100-300 range even with the lower output?
With that much in the lower mids, it will flub out just about any consumer speaker.
So I should cut in the 100-300 range even with the lower output?
-12 may well be too much. But we're missing another part of the equation before we can say that. His threshold is irrelevant unless we know how loud the track going into it was . In other words, if the level of his "un-mastered" file was very low, then -12 as a threshold might not be too low at all. My limiter is often set at -24 or even less because my tracks are very low before I "shmaster" them.
Of course, I don't know OZONE at all, but I was assuming we're talking about a limiter. If you're talking about something else, never mind what I'm blabbering about.
Yeah, mine either.So now I don't know, but certainly listening to his sample, it is way overcompressed. Still, it didn't cause my speakers to explode.
Isn't this moreorless what 168 posts have concluded already ?It is likely that your car speakers were starting to deteriorate before you played your recordings through it.
Car speakers, and any speaker for that matter, deteriorate depending on the type of material that it is made of.
Foam surrounds deteriorate after several years, especially when subjected to heat and humidity, because the foam gets brittle and non compliant eventually turning to a powdery mess. Paper and rubber surrounds have proven to hold up the best over time.
Another factor causing speaker damage is driving speakers with underpowered amplifiers. Overdriving and amplifier leads to clipping which in effect is the same as running DC current through the coils. By so doing, the coils are under constant current and run at near 100% duty cycle. This allows for very little cooling or recovery time, eventually burning out the speaker coils which are nothing but very fine wire that react magnetically in or out of phase with the permanent magnet inside the speaker.
The last factor that I can think of is overdriving speakers with too much power than they are rated for . In this case the reaction of the overpowering drives the coils beyond its range of movement, eventually leading to the coils either shorting out against the magnet, or causing them to become mis-aligned. A mis-aligned coil will rum against the magnet and cause a 'grating' sound. This can be checked by carefully applying even pressure on the cone of the speaker and pushing gently in and out. The 'grating' sound can be heard if you place your ears close to the speaker and listen in a quiet environment.
It is always important to carefully match speakers to amplifiers and vice -versa. Extra care in speaker and amplifier selection will ensure that you get the most service out of your music reproduction system.