C15N

  • 16Ω
General Characteristics for 4Ω
Nominal Overall Diameter385 mm.15 in.
Nominal Voice Coil Diameter38 mm.1.50 in.
Magnet Weight810 g28.50 oz
Overall Weight9.05 lbs
Flux Density1.00 T
Thiele-Small Parameters for 4Ω
Voice Coil DC ResistanceRE3.12 Ω
Resonance FrequencyƒS74.2 Hz
Mechanical Q FactorQMS5.93
Electrical Q FactorQES1.02
Total Q FactorQTS0.87
Mechanical Moving MassMMS41.2 g
Mechanical ComplianceCMS112 µm/N
Force FactorBxL7.68 Wb/m
Equivalent Acoustic VolumeVAS89.4 lt.
Maximum Linear DisplacementXMAX±1.50 mm
Reference EfficiencynO3.46 %
Diaphragm AreaSD754.7 cm2
Losses Electrical ResistanceRES18.2 Ω
Voice Coil Inductance @ 1kHzLE0.58 mH
Constructive Characteristics for 4Ω
MagnetFerrite
Voice Coil WindingCopper
Voice Coil FormerKapton
Cone MaterialPaper
Surround MaterialIntegrated Paper
Dust Dome MaterialSolid Paper
Basket MaterialPressed Sheet Steel
Electrical Characteristics for 4Ω
Nominal Impedance4 Ω
Rated Power50 W
Musical Power100 W
Sensitivity@1W,1m98.5 dB
General Characteristics for 8Ω
Nominal Overall Diameter385 mm.15 in.
Nominal Voice Coil Diameter38 mm.1.50 in.
Magnet Weight810 g28.50 oz
Overall Weight9.05 lbs
Flux Density1.00 T
Thiele-Small Parameters for 8Ω
Voice Coil DC ResistanceRE6.50 Ω
Resonance FrequencyƒS73.0 Hz
Mechanical Q FactorQMS7.34
Electrical Q FactorQES1.24
Total Q FactorQTS1.06
Mechanical Moving MassMMS40.6 g
Mechanical ComplianceCMS117 µm/N
Force FactorBxL9.93 Wb/m
Equivalent Acoustic VolumeVAS93.4 lt.
Maximum Linear DisplacementXMAX±1.00 mm
Reference EfficiencynO2.84 %
Diaphragm AreaSD754.7 cm2
Losses Electrical ResistanceRES39.0 Ω
Voice Coil Inductance @ 1kHzLE0.93 mH
Constructive Characteristics for 8Ω
MagnetFerrite
Voice Coil WindingCopper
Voice Coil FormerKapton
Cone MaterialPaper
Surround MaterialIntegrated Paper
Dust Dome MaterialSolid Paper
Basket MaterialPressed Sheet Steel
Electrical Characteristics for 8Ω
Nominal Impedance8 Ω
Rated Power50 W
Musical Power100 W
Sensitivity@1W,1m97.4 dB
General Characteristics for 16Ω
Nominal Overall Diameter385 mm.15 in.
Nominal Voice Coil Diameter38 mm.1.50 in.
Magnet Weight810 g28.50 oz
Overall Weight9.05 lbs
Flux Density1.00 T
Thiele-Small Parameters for 16Ω
Voice Coil DC ResistanceRE12.30 Ω
Resonance FrequencyƒS73.5 Hz
Mechanical Q FactorQMS8.48
Electrical Q FactorQES1.76
Total Q FactorQTS1.46
Mechanical Moving MassMMS51.0 g
Mechanical ComplianceCMS92 µm/N
Force FactorBxL12.81 Wb/m
Equivalent Acoustic VolumeVAS74.4 lt.
Maximum Linear DisplacementXMAX±1.00 mm
Reference EfficiencynO1.61 %
Diaphragm AreaSD754.8 cm2
Losses Electrical ResistanceRES57.0 Ω
Voice Coil Inductance @ 1kHzLE1.28 mH
Constructive Characteristics for 16Ω
MagnetFerrite
Voice Coil WindingCopper
Voice Coil FormerKapton
Cone MaterialPaper
Surround MaterialIntegrated Paper
Dust Dome MaterialSolid Paper
Basket MaterialPressed Sheet Steel
Electrical Characteristics for 16Ω
Nominal Impedance16 Ω
Rated Power50 W
Musical Power100 W
Sensitivity@1W,1m95.4 dB
15"
,
50 watts
  • Ohms:
  • 16Ω

Tight low-end and clear, bright highs. It responds to overdrive distortion with a gritty edge.

Lows:Mids:Highs:Overdrive:
FatAggressiveBrightSmooth
Tight low-end and clear, bright highs. Responds to overdrive distortion with a gritty edge.
Deep, warm and open
Sound Samples:
Clean Sound Sample00:19https://www.jensentone.com/sites/jensentone.com/files/sound_samples/c15n_clean_0.mp3
Overdriven Sound Sample00:18https://www.jensentone.com/sites/jensentone.com/files/sound_samples/c15n_overdriven_0.mp3
Blues Sound Sample00:49https://www.jensentone.com/sites/jensentone.com/files/sound_samples/c15n_blues.mp3
Country Sound Sample00:35https://www.jensentone.com/sites/jensentone.com/files/sound_samples/c15n_country.mp3
Jazz Sound Sample00:43https://www.jensentone.com/sites/jensentone.com/files/sound_samples/c15n_jazz.mp3
Metal Sound Sample00:53https://www.jensentone.com/sites/jensentone.com/files/sound_samples/c15n_metal.mp3
Rock Sound Sample00:43https://www.jensentone.com/sites/jensentone.com/files/sound_samples/c15n_rock.mp3
Having trouble playing our sound samples? Click here to access the files directly.
Frequency Response Charts:
  • 16Ω