My Cart
You have no items in your shopping cart.
The 93083 is a high-power, 6.5” coaxial, 8 ohm speaker with a mounted PEI dome tweeter for extended range music and voice audio. A powerful ferrite magnet, sturdy steel frame, and durable polypropylene cone come together to make a reliable solution for background or foreground music.
MISCO engineers test and analyze the performance of these speakers using the world's most sophisticated loudspeaker measurement systems including the Klippel Analyzer and the Klippel QC, which confirm the final design.
Download Product Specifications (PDF) »
Brand Name | Oaktron by MISCO |
---|---|
Model # | 165-CX08-02 |
Size, Nominal (inch & mm) | 6" (152 mm) |
Shape of Speaker | Round |
Speaker Type | Coaxial |
Application | Voice Communications |
Environment | Indoor |
RoHS Compliant | Yes |
Nominal Impedance (Z) (Ω) | 8 |
Rated Power IEC268-5 (W) | 30 Watts |
Rated Impedance (Ω) | 8 |
Continuous Power (W) | 30 |
Program Power (W) | 60 |
Frequency Range (Hz) | 45 - 20,000 |
Sensitivity (dB SPL) ¹ | 88 |
Resonant Frequency (Fs) (Hz) +/- 15% | 70 |
DC Resistance (Re) (Ω) | 6.8 |
Voice Coil Inductance (Le) (mH) | 0.43 |
Mechanical Q Factor (Qms) | 7.30 |
Electrical Q Factor (Qes) | 1.08 |
Total Q Factor (Qts) | 0.94 |
Mechanical Resistance (Rms) (kg/s) | 0.74 |
Compliance Equivalent Volume (Vas) (L) | 10.80 |
Suspension Compliance (Cms) (mm/N) | 0.42 |
Surface Area of Diaphragm (Sd) (cm²) | 134.78 |
Moving Mass (Mms) (gm) | 12.17 |
Motor Force Factor (BL) (T•M) | 5.8 |
Efficiency (η₀) (%) | 0.34 |
Basket Type | Stamped steel |
Terminal Size (mm) | 2.8 x 0.5 |
Voice Coil Diameter (mm) | 25.781 |
Voice Coil Wire Material | High temperature copper |
Voice Coil Former Material | Kapton |
Voice Coil Winding | Single Layer |
Magnet Material | Ferrite |
Magnet Weight (g) | 136.08 |
Cone Body Material | Polypropylene |
Cone Surround Material | Foam |
Dust Cap Material | Felt |
Net Weight (kg) | 1.08 |
Technical Notes | ¹ Sensitivity is measured with 2.83 volt input, measured on-axis at 1 meter distance |