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VVX-10v2 Qms?


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I was looking at the the T/S for the new releases by Skar to go into a T-line build and I was wondering if the Qms was really what is stated or am I just reading it wrong. I am really interested in getting this new woofer but am holding back until I understand this mishap.

VVX-10v2

  • Re : 1.8+1.8 Ohms/3.2+3.2 Ohms
  • Res : 35.1 / 39.5 Ohms
  • Qms : 0.317 / 0.326
  • Qes : 0.294 / 0.258
  • Qts : 0.327 / 0.301
  • Rms : 5.8 / 5.2 kg/s
  • Cms : 0.28 / 0.26 mm/N
  • Mms : 337.4 / 326.2 gr
  • Nref : 0.19% / 0.17%
  • Bl : 26.9 / 28.2 n/a
  • Spl : 87.4 / 88.2 dB
  • Vas : 41.6 / 39.5 L
  • Rp : 20.1 / 22.9 Ohms
  • Lp : 29.8 / 28.4 mH
  • Cp : 683.9 / 724.1 uF
  • Le : 2.67 / 2.41 Mh
  • Xmax : 26.5mm

Comparing to the VVX-10v1

  • Re : 3.8 Ohms
  • Res : 60.4 Ohms
  • Qms : 4.32
  • Qes : 0.46
  • Qts : 0.42
  • Rms : 8.6 kg/s
  • Cms : 0.16 mm/N
  • Mms : 222.6 gr
  • Nref : 0.10%
  • BI : 17.5 n/a
  • SPL : 81.8 dB
  • Vas : 24.5 L
  • Rp : 34.5 Ohms
  • Lp : 53.5 mH
  • Cp : 909.5 uF
  • Le : 3.09 mH
Edited by Krakin
b_350_20_692108_381007_FFFFFF_000000.png

Krakin's Home Dipole Project

http://www.stevemeadedesigns.com/board/topic/186153-krakins-dipole-project-new-reciever-in-rockford-science/#entry2772370

Krakin, are you some sort of mad scientist?

I would have replied earlier, but I was measuring the output of my amp with a yardstick . . .

What you hear is not the air pressure variation in itself

but what has drawn your attention

in the two streams of superimposed air pressure variations at your eardrums

An acoustic event has dimensions of Time, Tone, Loudness and Space

Everyone learns to render the 3-dimensional localization of sound based on the individual shape of their ears,

thus no formula can achieve a definite effect for every listener.

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Just look at the specs - they are very different woofers. Don't get so hung up about it lol

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If you really want to know what it is, send the woofer over to me and I'll pull the specs for you

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Just look at the specs - they are very different woofers. Don't get so hung up about it lol

Yeah but a Qms that low? As in below 1??

b_350_20_692108_381007_FFFFFF_000000.png

Krakin's Home Dipole Project

http://www.stevemeadedesigns.com/board/topic/186153-krakins-dipole-project-new-reciever-in-rockford-science/#entry2772370

Krakin, are you some sort of mad scientist?

I would have replied earlier, but I was measuring the output of my amp with a yardstick . . .

What you hear is not the air pressure variation in itself

but what has drawn your attention

in the two streams of superimposed air pressure variations at your eardrums

An acoustic event has dimensions of Time, Tone, Loudness and Space

Everyone learns to render the 3-dimensional localization of sound based on the individual shape of their ears,

thus no formula can achieve a definite effect for every listener.

Link to comment
Share on other sites

If you really want to know what it is, send the woofer over to me and I'll pull the specs for you

Well the specs were just loaded up today I think. So if this thread doesn't get me the clarification I need. Or if it was just an honest mistake it's all good. I really like the specs on this woofer so it'll probably not be too big a deal. I would just like to know it before I buy.

b_350_20_692108_381007_FFFFFF_000000.png

Krakin's Home Dipole Project

http://www.stevemeadedesigns.com/board/topic/186153-krakins-dipole-project-new-reciever-in-rockford-science/#entry2772370

Krakin, are you some sort of mad scientist?

I would have replied earlier, but I was measuring the output of my amp with a yardstick . . .

What you hear is not the air pressure variation in itself

but what has drawn your attention

in the two streams of superimposed air pressure variations at your eardrums

An acoustic event has dimensions of Time, Tone, Loudness and Space

Everyone learns to render the 3-dimensional localization of sound based on the individual shape of their ears,

thus no formula can achieve a definite effect for every listener.

Link to comment
Share on other sites

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