... because it's taking less power.
But which dictates distortion levels: excursion or power input? I'd expect the former, as distortion tends to rise as frequency decreases, for a given power input. As power input increases, excursion increases for a given frequency. Distortion increases.
If the above is true (this was only a quick thought experiment), then do we really care how much power a driver is taking? (assuming it won't blow, T/S parameters don't change to mess up tuning)
Chris
But which dictates distortion levels: excursion or power input? I'd expect the former, as distortion tends to rise as frequency decreases, for a given power input. As power input increases, excursion increases for a given frequency. Distortion increases.
If the above is true (this was only a quick thought experiment), then do we really care how much power a driver is taking? (assuming it won't blow, T/S parameters don't change to mess up tuning)
Chris