Oberton 10M150

Name: Oberton 10M150
Brand: Oberton

Mid-range

10″ / 262 mm

Nominal diameter

74 Hz

Resonance

0.43

Q factor

95 dB

Sensitivity

± 3.25 mm

Linear excursion

300 W

Program Power

Sensitivity (1W, 1m, infinite baffle)
SPL_1W: 95.0; dB
Frequency response: 75 - 6000; Hz
Resonance frequency (free air)
f_S: 74.0; Hz
Mechanical quality factor
Q_MS: 8.89
Electrical quality factor
Q_ES: 0.45
Total quality factor
Q_TS: 0.43
Maximum linear excursion
x_max: 3.25; mm
Air volume displaced at x_max
V_D: 103; cm³
Power handling
P: 150; W
Program power
P_max: 300; W
Nominal impedance
Z: 8; Ω
DC resistance
R_E: 5.2; Ω
Inductance (1kHz)
L_E: 0.88; mH
VC Diameter: 51; mm
Winding height
H_VC: 10; mm
Winding material: Aluminium
Former material: Kapton
Flux density
B: 1.35; T
Force factor
Bl: 11.62; N/A
Motor constant
Bl/√R_E: 5.12; N/√W
Air gap height
H_AG: 7; mm
Material: Ferrite
Effective diameter: 201; mm
Effective area
S_D: 317; cm²
Moving mass
M_MS: 25.5; g
Moving mass (without air load)
M_MD: 21.2; g
Material: Paper
Stiffness
K_MS: 5.56; N/mm
Compliance
C_MS: 180; µm/N
Equivalent volume to the compliance
V_AS: 25.9; L
Mechanical resistance
R_MS: 1.34; N·s/m
Nominal diameter: 10; ″
: 262; mm
Overall diameter: 263; mm
Baffle cutout diameter: 225; mm
Overall depth: 113; mm
Volume occupied by the driver (estimated): 1.4; L
Net weight: 3.45; kg
Frame material: Die cast aluminium

Export this driver to a simulation software:

Closed Box Simulator·

Oberton 10M150

Mid-range

Thiele & Small parameters

Large signal parameters

Voice Coil

Magnet

Diaphragm

Suspensions

Dimensions

Export this driver to a simulation software:

Similar woofers to Oberton 10M150