jayapple
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Usually, Class D AMPs rank high in the AMP rankings, and many of them are star products.
However, the frequency curves of these products will rapidly decline at high frequencies. Unlike this sharp drop, Class A/B AMPs have a relatively gentle slope at high frequencies. Many tests have demonstrated this problem.
Many people think that the sound of Class D AMPs is high-fidelity, but it is very tense and can cause ear fatigue. A large part of the reason for this is the rapid attenuation at high frequencies. This seems to be a common problem.
What causes this result? Is there a way to remedy it?
However, the frequency curves of these products will rapidly decline at high frequencies. Unlike this sharp drop, Class A/B AMPs have a relatively gentle slope at high frequencies. Many tests have demonstrated this problem.
Many people think that the sound of Class D AMPs is high-fidelity, but it is very tense and can cause ear fatigue. A large part of the reason for this is the rapid attenuation at high frequencies. This seems to be a common problem.
What causes this result? Is there a way to remedy it?