Yes. Here's a fourth order high pass at 50Hz comparison between Butterworth and Bessel, measured at 50Hz driven by a not so realistic single cycle, to show that.
OK, I get you, that makes sense. At least no cone overshoot that is somehow being damped. In that sense you are the one that has it right.
Indeed, it's fine. We integrate over a certain time so it doesn't so much matter what a single frequency looks like, we respond to the overall amount to determine loudness. For humans, one cycle of bass isn't enough to properly register it.
I can use an unrealistic single cycle to show what would happen at a sharp ending of the stimulus. Even when looking at 25Hz or 100Hz, the remainder rings out at the filter frequency of 50Hz under control of the damping, and at low level all the same.
I can use an unrealistic single cycle to show what would happen at a sharp ending of the stimulus. Even when looking at 25Hz or 100Hz, the remainder rings out at the filter frequency of 50Hz under control of the damping, and at low level all the same.