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The SB Acoustics SATORI MR16PNW 6.5" (16.5cm) woofer/midrange driver with paper/papyrus membrane is available in a 4 ohm and 8 ohm version. The ultra-light membrane is driven by a powerful neodymium drive. The resonance frequency of around 30 Hz is far outside the usable range, which means that the driver is extremely linear in the usable range and can be used optimally in 2-way use or as a woofer. The generously ventilated centering spider optimizes the rear compression behavior to a maximum and provides additional cooling.
Features:
- Ventilated, aerodynamic cast aluminum chassis for optimal strength and low compression
- Proprietary cone material with EGYPTIAN PAPYRUS™ fibers from our own production
- Soft rubber surround with low damping for optimal transient response
- Advanced BIMAX spider for improved linearity
- Powerful, optimized neodymium motor system with low distortion
- Non-conductive glass fiber voice coil former for minimal damping
- Extended copper sleeve on the pole piece for low inductance and lower distortion
- CCAW voice coil for reduced moving mass
- Durable silver wires with 180° spacing for improved stability
- Ventilated pole piece and coil carrier for lower compression
- Low piston to chassis diameter ratio
- Sealing and bolt hole projections for reduced coupling with the speaker cabinet
- Mode-balanced cone for reduced loosening
Data 4 Ohm variant:
- nominal impedance 4 Ω
- frequency range 80Hz-3kHz
- DC resistance, Re 3.2 Ω
- Inductance of the voice coil, Le 0.11 mH
- Effective membrane area, Sd 119 cm2
- voice coil diameter 35.5 mm
- Height of the voice coil 11.2 mm
- height of the air gap 5 mm
- Linear coil stroke (pp) 6.2 mm
- Magnetic flux density 1.17 T
- Weight of the magnet (NEO) 0.13 kg
- net weight 1 kg
- Free air resonance, Fs 31 Hz
- Sensitivity (2.83 V / 1 m) 92.5 dB
- Mechanical Q-factor, Qms 4.85
- Electrical Q-factor, Qes 0.26
- overall Q-factor, Qts 0.25
- Moving mass including air, Mms 11.2 g
- force factor, Bl 5.2 Tm
- Equivalent volume, VAS 47.2 liters
- Compliance, Cms 2.35 mm/N
- Mechanical loss, Rms 0.45 kg/s
- Nominal load capacity* 40 W
- * IEC 268-5, high pass Butterworth, 200 Hz, 12 dB/Oct.
Data 8 Ohm variant:
- nominal impedance 8 Ω
- frequency range 80Hz-3kHz
- DC resistance, Re 6.2 Ω
- Inductance of the voice coil, Le 0.11 mH
- Effective membrane area, Sd 119 cm2
- voice coil diameter 35.5 mm
- Height of the voice coil 11.2 mm
- height of the air gap 5 mm
- Linear coil stroke (pp) 6.2 mm
- Magnetic flux density 1.17 T
- Weight of the magnet (NEO) 0.13 kg
- net weight 1 kg
- Free air resonance, Fs 31 Hz
- Sensitivity (2.83 V / 1 m) 88.5 dB
- Mechanical Q-factor, Qms 5.75
- Electrical Q-factor, Qes 0.34
- overall Q-factor, Qts 0.32
- Moving mass including air, Mms 11.8 g
- force factor, Bl 6.5 Tm
- Equivalent volume, VAS 44.8 liters
- Compliance, Cms 2.23 mm/N
- Mechanical loss, Rms 0.4 kg/s
- Nominal load capacity* 30 W
- * IEC 268-5, high pass Butterworth, 200 Hz, 12 dB/Oct.
Dimensions :
Welche Impedanz-Optionen bietet der Satori MR16PNW von SB Acoustics?
Welche Impedanz-Optionen bietet der Satori MR16PNW von SB Acoustics?
Was sind die Vorteile des Neodym-Motorsystems im Satori MR16PNW?
Was sind die Vorteile des Neodym-Motorsystems im Satori MR16PNW?
Wie beeinflussen die Materialien des Satori MR16PNW 6.5" Treibers die Klangqualität?
Wie beeinflussen die Materialien des Satori MR16PNW 6.5" Treibers die Klangqualität?
Kann der Satori MR16PNW in gängigen Lautsprechern verwendet werden?
Kann der Satori MR16PNW in gängigen Lautsprechern verwendet werden?
Welche Rolle spielt die Schwingspule im Satori MR16PNW?
Welche Rolle spielt die Schwingspule im Satori MR16PNW?
Wie trägt die Belüftung zum Klang des Satori MR16PNW bei?
Wie trägt die Belüftung zum Klang des Satori MR16PNW bei?
Warum ist die Membran des Satori MR16PNW besonders für hochauflösende Audiosysteme geeignet?
Warum ist die Membran des Satori MR16PNW besonders für hochauflösende Audiosysteme geeignet?
Welche Frequenzbereiche kann der Satori MR16PNW abdecken?
Welche Frequenzbereiche kann der Satori MR16PNW abdecken?
Wie unterscheidet sich das Chassis des Satori MR16PNW in Bezug auf Festigkeit und Klang?
Wie unterscheidet sich das Chassis des Satori MR16PNW in Bezug auf Festigkeit und Klang?
Welche Auswirkungen hat die spezielle Sicke des Satori MR16PNW auf den Klang?
Welche Auswirkungen hat die spezielle Sicke des Satori MR16PNW auf den Klang?
Herstellerinformation/verantwortliche Person
Herstellerinformation/verantwortliche Person
Product specifications
Manufacturer
Product type
Features
Highlights
- Available with 4 Ohm and 8 Ohm nominal impedance, Sd 119 cm².
- Neodymium drive, 31 Hz resonance, optimal for 2-way systems.
- Lightweight paper/papyrus membrane, 40 W nominal power handling 4 Ohms.
Uvp
Weight
Technical data
Datenblatt