Maggie 3.7 Crossover Revealed?

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Davey

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Re: Maggie 3.7 Crossover Revealed?
« Reply #20 on: 14 Feb 2015, 03:59 pm »
I don't know how to perform a subjective evaluation at DC.  That one I'll need some guidance with.  :)
I'm fine if you couch all your speculative statements in subjective evaluation.  (No problem at all with that.)
But don't tell me that planars/ribbons are more sensitive to DCR and not back that up with some objective data.  The numbers simply do not lie.

Dave.

a.wayne

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Re: Maggie 3.7 Crossover Revealed?
« Reply #21 on: 14 Feb 2015, 04:00 pm »
weird, you martians ...  :lol:






Carry on ... :roll:

Davey

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Re: Maggie 3.7 Crossover Revealed?
« Reply #22 on: 14 Feb 2015, 04:04 pm »
Now we're just devolving to name-calling.  Very nice.

Dave.

a.wayne

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Re: Maggie 3.7 Crossover Revealed?
« Reply #23 on: 14 Feb 2015, 04:33 pm »
Hey, no need to get bent , it was just a joke, anyway  compare z-mag/ freq on both coils , throw that into your calculations.. :)


Back on the couch , remote in hand....   

Davey

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Re: Maggie 3.7 Crossover Revealed?
« Reply #24 on: 14 Feb 2015, 04:42 pm »
Hey, no need to get bent , it was just a joke, anyway  compare z-mag/ freq on both coils , throw that into your calculations.. :)

Done it many times.  Measured and calculated.
Your original comment was regarding DCR not Z.

Anyways, all other things being equal (which they never are), obviously it's preferred to use an inductor with lower core loss issues and non-linearities.  The steel-laminated versions address these issues but, obviously, air-cored inductors have an advantage in this aspect.

The reason Magnepan is using the steel-laminate inductors here is because they fit in the small spot allocated and allow to get rid of the bulky external box the previous models had.

That said (and if you've been following my posts for years you already know this) I think it doesn't matter what kind of inductors are used.  They should ALL be removed completely.  :)

Back to the test bench.

Dave.