Hopefully this makes sense to you as I've had quite a long day On the right you'll see what a clipped signal looks like, note the elongated crests or moments of maximum output - beyond what the amplifier and speaker can cope with. When the signal clips, the amp can begin to push a DC current through the speaker, causing heat build up, a horrible noise and eventually a blown speaker. Without getting too technical, when the speaker and amplifier are operating correctly, they are running off of an AC current to change the polarity of the speaker causing a sound wave to generate. Now when you adjust the EQ to boost the frequency from +-0dB to +6 or perhaps higher, you're trying to make the amplifier work harder than it can to produce a signal.
Realtek alc1150 purity sound 3 full#
The easiest way to describe clipping is below: on the left you have a 1Khz wave that is running at full output.
That is going to kill the headphones, I know but on a realtek chipset thats not a real amplifier that has enough power to kill speakers. What are trying me to tell me with "too hot" signal, too much amplified or what. I don´t understand what you are trying to tell me. It does sound as it was 0 gain, just louder. You may have heard a speaker clip when it pops or crackles due to basically a signal being 'too hot'īut if you set all frequencies to max, and not cut down any fq. I won't go into the detail of the electronic side of things but basically this is bad for both the amplifier and for the speakers. If you boost all of the frequencies you can by 12dB as you have done, it will sound somewhat similar to that if left flat however when the gain and master output are set to unity, you're going to have issues with clipping. Prime example is with my pair of Beats - cutting everything below 400Hz by 8dB. In a home audio sense this is done to adjust a speakers sound to make it sound better. What using an EQ does is boost or cut that particular signal to alter the final output.
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