How can a single coefficient (calibrationFactor) characterize the difference between the acoustic environment recorded by a microphone and the real acoustic environment？
We know that different microphones have different sensitivity, but when using matlab to calibrate the microphone, only one parameter calibrationFactor is used. It is really confused that whether this parameter can reflect the difference between the sound data collected by the microphone and the real sound.
Or have we taken into account the effect of the frequency response curve when using standard 1 Hz audio?How can a single coefficient (calibrationFactor) characterize the difference between the acoustic environment recorded by a microphone and the real acoustic environment？
We know that different microphones have different sensitivity, but when using matlab to calibrate the microphone, only one parameter calibrationFactor is used. It is really confused that whether this parameter can reflect the difference between the sound data collected by the microphone and the real sound.
Or have we taken into account the effect of the frequency response curve when using standard 1 Hz audio? How can a single coefficient (calibrationFactor) characterize the difference between the acoustic environment recorded by a microphone and the real acoustic environment？
We know that different microphones have different sensitivity, but when using matlab to calibrate the microphone, only one parameter calibrationFactor is used. It is really confused that whether this parameter can reflect the difference between the sound data collected by the microphone and the real sound.
Or have we taken into account the effect of the frequency response curve when using standard 1 Hz audio? psychoacoustics MATLAB Answers — New Questions

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