You look at the curve at 0 ms, where it says -35 dB, suss out how much the curve differs from a flat line and that's your distortion in what is potentially the most important facet of sound quality, the frequency response.
You look at the curve at 0 ms, where it says -35 dB, suss out how much the curve differs from a flat line and that's your distortion in what is potentially the most important facet of sound quality, the frequency response.
When we are at the impressionable age of 16 we walk into our friends den to see the Father listening to a bit of Classical on a giant system. What is this? This is an audiophile on a journey.
Wow we can't afford a rig like that he must know what he is doing.
Ya, the Son says. It re-creates the sound of live music. Oh he thinks he is listening to live music?
40 years later we ourselves sit and listen to the same type of rig, maybe digital. Nothing has ever changed, Hi-FI is Hi-Fi and it never really sounded like live music. We knew that at 16, but still chose to chase the illusion.
Another 40 years from now someone will wonder if Hi-FI is treble-centric.
Ok, i was thinking that you expected a faster decay in the lows...
I can't use equalizers or digitial filters with my test rig... but i always focus my passive filters equalizations on the most sensitive part of the spectrum.
2ms spikes after 10K are not in my critical zone (125 et 8 000 Hz), and the 3K spike is REAG compensation.
And i'm agree that spikes in that zone can be atrocious, yes, yes and yes !
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