13.5″ / 340 mm
Nominal diameter
44 Hz
Resonance
0.29
Q factor
98 dB
Sensitivity
± 6 mm
Linear excursion
800 W
Program Power
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Sensitivity (1w, 1m, infinite baffle)
SPL1W
97.5
dB
Frequency response
45 - 18000
Hz
Thiele & Small parameters
Resonance frequency (free air)
fS
44.0
Hz
Mechanical quality factor
QMS
5.80
Electrical quality factor
QES
0.31
Total quality factor
QTS
0.29
Large signal parameters
Maximum linear excursion
xmax
6.0
mm
Maximum excursion before damage
xlim
10.0
mm
Air volume displaced at xmax
VD
428
cm³
Power handling
P
400
W
Program power
Pmax
800
W
Voice Coil
Nominal impedance
Z
8
Ω
DC resistance
RE
5.3
Ω
Inductance (1kHz)
LE
0.5
mH
VC Diameter
75
mm
Winding height
HVC
16
mm
Winding material
Copper
Former material
Glass Fiber
Magnet
Flux density
B
1.2
T
Force factor
Bl
19.1
N/A
Motor constant
Bl/√RE
8.3
N/√W
Air gap height
HAG
8
mm
Diameter
135
mm
Height
10
mm
Material
Neodymium
Diaphragm
Effective diameter
301
mm
Effective area
SD
713
cm²
Moving mass
MMS
76
g
Moving mass (without air load)
MMD
63.2
g
Material
WP Treated Paper + WP Front Side
Suspensions
Stiffness
KMS
5.88
N/mm
Compliance
CMS
170
µm/N
Equivalent volume to the compliance
VAS
124
L
Mechanical resistance
RMS
3.62
N·s/m
Surround material
Polycotton
Dimensions
Nominal diameter
13.5
″
340
mm
Volume occupied by the driver
3.5
L
Net weight
5.1
kg
Frame material
Aluminium
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Export this driver to a simulation software:
WinISD
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Hornresp
QSpeakers
SpeakerSim
MfbLabs
SpeakerbenchSimilar speaker drivers to LaVoce CAN143.00T
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13.5″Coaxial
fS
44 Hz
SD
713 cm²
45 - 18000 Hz
QTS
0.29
xmax
6.0 mm
SPL1W
98 dB
Bl/√RE
8.3
Pmax
800 W
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15″Subwoofer
fS
43 Hz
SD
830 cm²
45 - 3000 Hz
QTS
0.30
xmax
9.3 mm
SPL1W
98 dB
Bl/√RE
9.43
Pmax
1400 W
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