Music listeners use them in quiet environments-at their desks or in their homes-to achieve a listening experience that some describe as "in the world around me" as opposed to "in my head." They're looking for an open, airy, spatial feel that isn't as isolating as closed-back headphones. Open-back headphones allow sound to pass through the ear cups. The biggest difference between open-back and closed-back or semi-closed-back headphones is isolation. The "right" way to listen to or hear music is completely dependent on the preferences of the listener. Open-back headphones are strictly for mastering and mixing.įalse. Sound is a very personal thing.
Loud sounds (high SPLs) won't necessarily damage the product, but excessively high electrical signals can.Įxposure to sounds above 85 decibels (SPL) can cause permanent damage to your hearing, so please listen at safe volumes.ģ. The amount of electrical signal required to damage the product is higher than the distortion point. That's the point where the product stops increasing in volume and becomes more distorted.
Earphones and headphones can be damaged by loud sounds.įalse. A headphone or earphone can put out dangerous sound pressure levels (SPLs) before hitting its breakdown volume. That is not only well out of the range of human hearing, but also says nothing about what happens between those two frequencies. Our ears are most sensitive between 100Hz and 10kHz, so the relative amount of energy that a headphone produces throughout this range is much more important than what happens ≤20Hz or ≥20kHz. A frequency range is supposed to state the lowest and highest frequency produced by a headphone. The normal range of human hearing is approximately 20Hz to 20kHz. Some specs go WAY past that- like 5Hz to 50kHz- which is incredibly misleading. The earphones and headphones with the widest frequency range sound best.įalse.
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