The importance of Compliance and BL(x) for mid-ranges

[OWC]

So for loudspeakers there are basically three dominant factors creating distortion/non linear behavior.

- The non-linearity of the compliance (1 / stiffness), Cms
- The non-linearity of the BL vs displacement curve, BL(x)
- The non-linearity of the inductance. Le(x)

There are some other factors, like cone break-up, compression of air etc, but for now I am not going to consider those.

So the BL(x) and Cms are both dominant for the lower frequencies, around the Fs up to roughly 2 x Fs.
From that point on the inductance Le(x) is starting to be the more dominant factor.

So let's assume we have a mid-woofer with a Fs around 50Hz.
We are gonna cross this driver (actively) around 100-120Hz (2nd order highpass)

At this point, as far as I understand, it's not really important anymore how (non)linear the Cms and BL(x) is, since the Le(x) is dominant here?
As long as we keep the cone excursion to a minimum, which is most cases is fine since most speakers will run into there max power at this point with a cone excursion of just 1-3mm or so.