RE Audio MX neo mag, 4 " coil, but weak BL?

[kryptonitewhite 1]

What is the MX for? Im assuming it's neither an SPL driver nor a SQ driver. Why is it so weak? My IB3s are more than 12Bl!

[Adrian_D 520]

BL^2 / Re = actual motor strength, not BL on it's own.

[kryptonitewhite 1]

so is the MX a beast? or not so much fr having a 4" coil

[Duran 387]

He was telling you to calculate it and see for yourself. The BL²/Re for the MX is 151.424, which isn't bad but there are much stronger motors.

[kryptonitewhite 1]

He was telling you to calculate it and see for yourself. The BL²/Re for the MX is 151.424, which isn't bad but there are much stronger motors.

If I calculated BL/Re for myself and got 151.424, I wouldn't know what that meant.

[Duran 387]

He was telling you to calculate it and see for yourself. The BL²/Re for the MX is 151.424, which isn't bad but there are much stronger motors.

If I calculated BL/Re for myself and got 151.424, I wouldn't know what that meant.

You can compare it to other drivers, maybe ones you are familiar with.

[kryptonitewhite 1]

OK, I know the Exodus Maelstrom-X inside and out. Basically an Adire Audio Tumult. flat responce, likes low end due to Fs and Xmax, likes high end do to low inductance from XBL, but stays flat inbetwen due to XBL.

BTL huge motor, hump in responce especiaally at tuning.

BL less BL little flatter responce? little more low end?

Q a lot less BL, a lot flatter responce, a lot more low end?

little grasshopper all over again from a new angle

[Impious 1,476]

Why the fascination with BL? It's simply a means to an end. Higher isn't better, lower isn't worse, as long as the overall design goals for the driver were met.

XBL itself, as a motor topology, really has nothing to do with frequency response, so the statement "but stays flat inbetwen due to XBL" really doesn't make any sense.

You can build low inductance drivers with XBL and you can build low inductance drivers with other topologies or motor designs.

[brmcm15 1]

Why the fascination with BL? It's simply a means to an end. Higher isn't better, lower isn't worse, as long as the overall design goals for the driver were met.

XBL itself, as a motor topology, really has nothing to do with frequency response, so the statement "but stays flat inbetwen due to XBL" really doesn't make any sense.

You can build low inductance drivers with XBL and you can build low inductance drivers with other topologies or motor designs.

i learned something

sexy sub