What does sensitivity mean in speakers?

The sensitivity of a speaker refers to the level of energy that it produces at a given sound pressure level. This is usually stated as “dB sound pressure level” (dB SPL). A lower sensitivity rating means the speaker requires more energy to produce a given sound pressure level. This means the volume will need to be turned up to reach the same sound level as a higher sensitivity model.

What does sensitivity mean in headphones?

The sensitivity of a headphone is dependent on its output, usually measured in dB. The lower the sensitivity, the louder your headphones will need to be to hear a particular sound level. If you’re planning on listening to your music at a lower volume, consider headphones with higher sensitivities.

What does sensitivity mean in headphones mean?

Sensitivity is how an audio system responds to small changes in the amount of sound being produced. For example, a $50 set of headphones may sound quiet and gentle to you when you listen to an audiobook, but they may sound much louder to your roommates. Those same headphones may sound incredibly loud to you when you listen to a Metallica song.

What does sensitivity mean in ear monitors?

The sensitivity of a headphone is generally expressed either in dB(A) or dB(C). This sensitivity refers to the output of the headphone in relation to the sound pressure level of the original source. One dB lower than the original level means a decrease of 10 dB. For example, if a sound level of 100 dB was produced by your headphones, a decrease of 10 dB would make the volume level 90 dB. When you are shopping for earphones with a high sensitivity, you will need to turn

What does sensitivity mean in acoustic studio monitors?

A speaker’s sensitivity refers to its output in response to a specific input level. The output volume of a speaker is generally given in a specific unit of sound level, such as dB SPL (decibels relative to 20 µm). A speaker’s sensitivity can also refer to its efficiency at a given sound pressure level. We’ll discuss this more in detail in the following section.