ah.. het panning law effect is eigenlijk de sound die minder luid is door stereo te plaatsen?
nja.. tzal wss wel voor de kick droog te klinken zijn en naar vinyl toe gezien, i guess.. precieze uitleg wou die persoon in kwestie niet vrijgeven/of wist die niet precies.. ik weet het zelf niet
edit:
(bron = sound on sound)
When a signal is panned centrally, exactly the same signal will be output on both the left and right audio channels. If, on the other hand, the signal is panned fully to one side or the other, it's only output on one channel. If you listen to the results over loudspeakers, the doubled acoustic energy in the room when replaying a centrally-panned sound will produce a louder signal. And as we're talking about acoustic power, the signal level will appear to increase by about 3dB, compared to the level when only one channel is outputting the signal.
So if you pan from hard left, through centre, to hard right, it will sound as if the level rises slightly as it passes through the centre. To overcome this, mixer designers engineer the panning law to introduce a 3dB level drop at the centre, relative to the edges. However, if mono compatibility is important, a 6dB centre attenuation is necessary because the left and right channels are mixed together to make a derived mono. With the same signal in both channels (from a centrally panned signal), the voltage addition results in a 6dB level increase compared to the level of a signal in a single channel, so many broadcast desks employ a 6dB centre attenuation in their pan pots.
