TD10M, X, H, and S parameters


  • Participant
    stryke on #578

    As a continuation, here are the parameters for the 10″ drivers as people have requested them as well. These are the original parameters as provided by Lambda Acoustics. Again these are for the 8ohm versions. Most have other impedances available as well. Call or email for more info.

    TD10M-8ohm
    Fs: 40.1 Hz
    Qms: 2.835
    Vas: 59.16 Liters
    Cms: 0.35 mm/N
    Mms: 45 grams
    Rms: 4 Kg/S
    Xmax: 6 mm (peak)
    Xmech: 10 mm (peak)
    Sd: 345 cm2
    Qes: 0.259
    Re: 6.6 ohms
    Le: 0.2 mH
    Z: 8 ohms
    Bl: 17 T/m
    Pe(max): 500 Watts
    Pe(transient): 1000 Watts
    Qts: 0.237
    “no”: 1.42 %
    1W Spl: 93.7dB
    2.8V SPl: 94.5dB

    TD10M-4ohm
    Fs: 40.1 Hz
    Qms: 2.835
    Vas: 59.16 Liters
    Cms: 0.35 mm/N
    Mms: 45 grams
    Rms: 4 Kg/S
    Xmax: 6 mm (peak)
    Xmech: 10 mm (peak)
    Sd: 345 cm2
    Qes: 0.259
    Re: 3.2 ohms
    Le: 0.2 mH
    Z: 4 ohms
    Bl: 11.84 T/m
    Pe(max): 500 Watts
    Pe(transient): 1000 Watts
    Qts: 0.237
    “no”: 1.42 %
    1W Spl: 93.7dB
    2.8V SPl: 97.7dB

    TD10H-8ohm
    Fs: 27.6 Hz
    Qms: 4.88
    Vas: 68 Liters
    Cms: 0.4 mm/N
    Mms: 83 grams
    Rms: 3 Kg/S
    Xmax: 14 mm (peak)
    Xmech: 18 mm (peak)
    Sd: 345 cm2
    Qes: 0.23
    Re: 6.5 ohms
    Le: 0.3 mH
    Z: 8 ohms
    Bl: 20.4 T/m
    Pe(max): 500 Watts
    Pe(transient): 1000 Watts
    Qts: 0.22
    “no”: 0.61 %
    1W Spl: 90.1dB
    2.8V SPl: 90.9dB

    TD10H-4ohm
    Fs: 27.6 Hz
    Qms: 4.88
    Vas: 68 Liters
    Cms: 0.4 mm/N
    Mms: 83 grams
    Rms: 3 Kg/S
    Xmax: 14 mm (peak)
    Xmech: 18 mm (peak)
    Sd: 345 cm2
    Qes: 0.23
    Re: 3.5 ohms
    Le: 0.3 mH
    Z: 4 ohms
    Bl: 14.8 T/m
    Pe(max): 500 Watts
    Pe(transient): 1000 Watts
    Qts: 0.22
    “no”: 0.61 %
    1W Spl: 90.1dB
    2.8V SPl: 93.6dB

    TD10X-8ohm
    Fs: 35.5 Hz
    Qms: 4.22
    Vas: 67.5 Liters
    Cms: 0.4 mm/N
    Mms: 50 grams
    Rms: 2.7 Kg/S
    Xmax: 14 mm (peak)
    Xmech: 18 mm (peak)
    Sd: 345 cm2
    Qes: 0.29
    Re: 7.2 ohms
    Le: 0.3 mH
    Z: 8 ohms
    Bl: 16.7 T/m
    Pe(max): 500 Watts
    Pe(transient): 1000 Watts
    Qts: 0.27
    “no”: 1 %
    1W Spl: 92dB
    2.8V SPl: 96.9dB

    TD10X-4ohm
    Fs: 35.5 Hz
    Qms: 4.22
    Vas: 67.5 Liters
    Cms: 0.4 mm/N
    Mms: 50 grams
    Rms: 2.7 Kg/S
    Xmax: 14 mm (peak)
    Xmech: 18 mm (peak)
    Sd: 345 cm2
    Qes: 0.29
    Re: 2.7 ohms
    Le: 0.3 mH
    Z: 4 ohms
    Bl: 10.2 T/m
    Pe(max): 500 Watts
    Pe(transient): 1000 Watts
    Qts: 0.27
    “no”: 1 %
    1W Spl: 92dB

    TD10S-8ohm
    Fs: 32.7 Hz
    Qms: 3.04
    Vas: 68 Liters
    Cms: 0.4 mm/N
    Mms: 59.4 grams
    Rms: 4 Kg/S
    Xmax: 14 mm (peak)
    Xmech: 18 mm (peak)
    Sd: 346 cm2
    Qes: 0.39
    Re: 5.5 ohms
    Le: 0.3 mH
    Z: 8 ohms
    Bl: 13.1 T/m
    Pe(max): 500 Watts
    Pe(transient): 1000 Watts
    Qts: 0.34
    “no”: 0.59 %
    1W Spl: 89.91dB
    2.8V SPl: 91.5dB

    TD10S-4ohm
    Fs: 32.7 Hz
    Qms: 3.04
    Vas: 68 Liters
    Cms: 0.4 mm/N
    Mms: 59.4 grams
    Rms: 4 Kg/S
    Xmax: 14 mm (peak)
    Xmech: 18 mm (peak)
    Sd: 346 cm2
    Qes: 0.39
    Re: 3.5 ohms
    Le: 0.3 mH
    Z: 4 ohms
    Bl: 10.5 T/m
    Pe(max): 500 Watts
    Pe(transient): 1000 Watts
    Qts: 0.34
    “no”: 0.59 %
    1W Spl: 89.9dB
    2.8V SPl: 93.5dB

    John

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