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Paramètres de THIELE et SMALL des haut-parleurs

Mise à jour : 2015-09-25


Constante de calcul :

Définition Paramètre Valeur Calculs intermédiaires
Température de l'air Temp 20.0 °C Pression de référence à 0 m : 101325.0 Pa
Pression à 50.0 m : 100725.8 Pa

Ro air sec = 1.20 Kg/m3
C air sec = 343.10 m/s

Ro vapeur = 0.74 Kg/m3
C vapeur = 435.22 m/s
Altitude H 50.0 m
Humidité relative de l'air Hr 40.0 %
Célérité du son C 343.707 m/s
Masse volumique de l'air à 40% d'Hr Ro 1.194 Kg/m3
Impédance du milieu Zi 410.3 Kg/(m2*s)



Paramètres de THIELE et SMALL des haut-parleurs AUDAX de 8 cm de diamètre normalisé.


HP

Liens
T&S
Marque
Lien
site
marque
Avis
mar-
que
Référence
Lien
paramètres
complet
Avis
HP
Diam
cm
Type Type
calculé
Imp
Ohms
Fs
Hz
VAS
L
Re
Ohms
Qms Qes Qts Mms
g
B.L
N/A
Sd
cm2
Le
mH
Xmax
+/-

mm
Sens
dB/
2.83V
/m
1 AUDAX 1 AP80M4 3 8 --- PLAN 8 123.6 0.9 4.77 3.590 1.210 0.905 2.4 2.7 30.2 0.24 ± 1.6 85.6
2049 AUDAX 1 HIF78BiSM 3 8 LB M 8 119.0 1.3 6.80 2.600 1.100 0.773 1.6 2.7 28.9 0.33 ± 2.0 85.7
2 AUDAX 1 HP80G0 3 8 --- M 8 117.8 0.9 4.84 2.210 0.670 0.514 2.8 3.9 31.9 0.40 ± 1.6 87.7
5963 AUDAX 1 HT080GO 3 8 LB M 8 80.0 1.9 5.00 1.960 0.730 0.532 2.5 2.9 29.0 0.21 ± 1.5 85.3
6298 AUDAX 1 HT080M0 1 8 LB M 8 80.0 19.0 5.90 2.480 0.790 0.599 0.2 1.0 29.0 0.21 ± 1.5 94.2

Base de données du site de Dominique PETOIN http://petoindominique.fr --- Reproduction interdite sans mon accord écrit, consultation via le site autorisée même en usage professionnel.


Paramètres de THIELE et SMALL des haut-parleurs AUDAX de 10 cm de diamètre normalisé.


HP

Liens
T&S
Marque
Lien
site
marque
Avis
mar-
que
Référence
Lien
paramètres
complet
Avis
HP
Diam
cm
Type Type
calculé
Imp
Ohms
Fs
Hz
VAS
L
Re
Ohms
Qms Qes Qts Mms
g
B.L
N/A
Sd
cm2
Le
mH
Xmax
+/-

mm
Sens
dB/
2.83V
/m
18 AUDAX 1 AM100G2 3 10 --- BM 8 68.3 3.6 6.38 2.400 0.440 0.372 6.3 6.3 54.1 0.65 ± 2.0 87.1
19 AUDAX 1 AM100Z0 vp1 6 10 --- G 8 64.0 4.7 5.70 2.160 0.630 0.488 4.8 4.2 51.0 0.68 ± 2.0 86.4
20 AUDAX 1 AM100Z0 vp2 6 10 --- M 8 75.7 3.3 5.70 3.120 0.420 0.370 4.7 5.5 50.5 0.68 ± 2.0 88.9
21 AUDAX 1 AP100G0 3 10 --- G 8 75.7 3.4 5.70 2.530 0.780 0.596 4.9 4.1 51.4 0.49 ± 2.7 86.2
22 AUDAX 1 AP100M0 3 10 --- BM 8 82.5 3.1 5.60 2.500 0.760 0.583 4.4 4.1 50.7 0.44 ± 2.7 87.1
23 AUDAX 1 AP100Z0 3 10 --- G 8 64.0 4.7 5.70 2.160 0.630 0.488 4.5 4.1 49.5 0.45 ± 2.7 86.4
24 AUDAX 1 AT100M0 3 10 --- G 8 64.0 4.4 5.70 2.330 0.610 0.483 5.0 4.3 50.0 0.30 ± 3.0 86.2
25 AUDAX 1 BMX402 3 10 --- G 8 52.4 7.2 6.10 1.360 0.560 0.397 5.3 4.4 54.0 0.35 ± 0.5 85.8
2048 AUDAX 1 HD10P25FSM 3 10 --- BM 8 61.0 6.7 6.10 2.140 0.540 0.431 4.2 4.3 54.0 0.00 ± 3.0 87.7
2722 AUDAX 1 HM100C0 1 10 --- M 8 54.0 6.4 6.40 3.270 0.220 0.206 5.0 7.0 51.0 0.11 ± 1.8 89.6
2856 AUDAX 1 HM100G0 3 10 --- M 8 55.0 6.2 6.40 3.340 0.270 0.250 5.0 6.4 51.0 0.33 ± 2.1 88.8
2872 AUDAX 1 HM100X2 3 10 --- M 8 235.0 0.7 5.20 4.450 0.610 0.536 2.7 5.8 52.0 0.35 ± 1.3 95.3
5845 AUDAX 1 HM100X2 /93 6 10 --- M 8 280.0 5.0 5.70 3.940 0.800 0.665 0.2 1.8 52.0 0.39 ± 0.8 104.9
26 AUDAX 1 HM100X4 3 10 --- BM 8 65.0 5.4 6.30 7.030 0.360 0.342 4.2 5.5 52.0 0.18 ± 2.8 89.2
2569 AUDAX 1 HM100Z0 1 10 --- M 8 250.0 0.8 6.40 4.260 0.990 0.803 1.8 4.3 52.0 0.19 ± 1.3 94.2
27 AUDAX 1 HM100Z2 3 10 --- BM 8 70.2 3.9 6.46 3.810 0.460 0.410 5.5 5.8 54.2 0.68 ± 2.5 87.6
28 AUDAX 1 HP100F2 3 10 --- BM 8 86.1 2.1 5.79 2.320 0.580 0.464 6.1 5.7 51.5 0.53 ± 2.7 87.1
96 AUDAX 1 HP100G0 3 10 --- M 16 68.0 4.3 8.70 1.810 0.410 0.334 7.1 8.0 62.9 0.57 ± 5.4 86.9
29 AUDAX 1 HP100M0 3 10 --- M 8 82.6 3.2 5.70 1.810 0.450 0.360 4.5 5.4 52.3 0.54 ± 2.7 89.5
4337 AUDAX 1 HP100Z0 3 10 --- BM 8 68.1 4.0 5.70 2.020 0.450 0.368 5.6 5.5 54.0 0.49 ± 2.7 88.0
30 AUDAX 1 HT100F0 3 10 --- BM 8 60.0 5.0 5.80 1.870 0.520 0.407 5.4 4.7 52.0 0.29 ± 3.0 86.6
5966 AUDAX 1 HT110G0 3 10 --- BM 8 75.0 3.8 5.70 2.090 0.610 0.472 5.4 4.9 57.0 0.34 ± 3.0 87.7
6148 AUDAX 1 HT110G0 vp2 hgd3869 6 10 --- BM 8 100.9 2.3 5.65 2.921 0.846 0.656 5.0 4.6 57.0 0.77 ± 2.0 87.9
2050 AUDAX 1 MHD10P25FSM 3 10 --- BM 8 61.0 6.9 6.10 2.140 0.490 0.399 4.1 4.4 54.0 0.00 ± 3.0 88.2
2681 AUDAX 1 MHD12P25FSM 5 10 --- M 8 210.0 0.7 5.00 2.720 0.850 0.648 2.5 4.4 48.0 0.00 ± 1.5 93.1
2695 AUDAX 1 MHD12P25FSM v2 5 10 --- M 8 210.0 0.6 5.30 2.600 0.920 0.680 3.1 4.8 47.8 0.34 ± 1.0 91.6
102 AUDAX 1 WFR12 vp 6 10 LB PLAN 16 100.0 5.3 8.28 3.320 1.410 0.990 2.6 3.1 62.0 0.00 ± 1.0 87.6

Base de données du site de Dominique PETOIN http://petoindominique.fr --- Reproduction interdite sans mon accord écrit, consultation via le site autorisée même en usage professionnel.


Paramètres de THIELE et SMALL des haut-parleurs AUDAX de 12 cm de diamètre normalisé.


HP

Liens
T&S
Marque
Lien
site
marque
Avis
mar-
que
Référence
Lien
paramètres
complet
Avis
HP
Diam
cm
Type Type
calculé
Imp
Ohms
Fs
Hz
VAS
L
Re
Ohms
Qms Qes Qts Mms
g
B.L
N/A
Sd
cm2
Le
mH
Xmax
+/-

mm
Sens
dB/
2.83V
/m
17 AUDAX 1 299-443 BRESIL 3 12 --- BM 16 58.5 6.8 8.55 3.530 0.380 0.343 7.6 7.9 70.6 1.18 ± 2.0 87.3
81 AUDAX 1 AT130M0 3 12 --- G 8 52.0 13.3 6.70 2.480 0.680 0.534 6.5 4.6 81.0 0.19 ± 3.5 87.2
4647 AUDAX 1 HD13B25H4C12 3 12 --- M 8 58.8 5.0 6.80 1.540 0.310 0.258 12.7 10.1 78.0 0.82 ± 4.0 87.8
83 AUDAX 1 HIF12B 3 12 --- G 8 56.0 16.3 6.70 2.510 0.770 0.589 3.6 3.3 72.0 0.00 ± 4.0 88.5
84 AUDAX 1 HIF13H 3 12 --- BM 8 45.0 19.2 7.00 2.930 0.280 0.256 4.4 5.6 69.4 0.40 ± 3.0 90.5
92 AUDAX 1 HM130Z0 1 12 --- M 8 68.0 8.3 6.40 12.160 0.320 0.312 6.0 7.1 80.0 0.22 ± 2.0 92.1
3029 AUDAX 1 HM130Z2 3 12 --- M 8 56.0 12.0 6.10 3.000 0.300 0.273 5.8 6.4 78.0 0.72 ± 2.1 91.7
95 AUDAX 1 HM130Z4 1 12 --- M 4 46.0 10.2 3.00 5.200 0.240 0.229 10.7 6.2 80.6 0.30 ± 3.3 92.4
98 AUDAX 1 HT130A0 3 12 --- G 8 80.0 8.4 5.70 2.350 0.770 0.580 3.7 3.7 74.7 0.00 ± 2.0 90.9
101 AUDAX 1 HT130M0 3 12 --- BM 8 59.0 9.1 6.40 1.950 0.400 0.332 7.4 6.6 81.0 0.32 ± 3.0 89.6
1807 AUDAX 1 PR11HR40 3 12 --- M 8 120.0 3.9 5.90 2.900 0.540 0.455 3.3 5.2 72.4 0.32 ± 1.0 94.3
5659 AUDAX 1 VE100A0 3 12 LB PLAN 8 190.0 1.7 6.80 6.000 1.726 1.340 2.3 3.3 63.0 1.21 ± 1.0 91.0
103 AUDAX 1 WFR12 vp2 6 12 LB G 8 87.0 7.2 6.90 2.470 0.850 0.632 3.3 3.8 71.0 0.00 ± 3.6 90.1

Base de données du site de Dominique PETOIN http://petoindominique.fr --- Reproduction interdite sans mon accord écrit, consultation via le site autorisée même en usage professionnel.


Paramètres de THIELE et SMALL des haut-parleurs AUDAX de 14 cm de diamètre normalisé.


HP

Liens
T&S
Marque
Lien
site
marque
Avis
mar-
que
Référence
Lien
paramètres
complet
Avis
HP
Diam
cm
Type Type
calculé
Imp
Ohms
Fs
Hz
VAS
L
Re
Ohms
Qms Qes Qts Mms
g
B.L
N/A
Sd
cm2
Le
mH
Xmax
+/-

mm
Sens
dB/
2.83V
/m
4767 AUDAX 1 13LB25AL 3 14 LB M 8 78.0 11.3 5.55 4.670 0.250 0.237 3.9 6.5 87.0 0.37 ± 1.8 96.9
76 AUDAX 1 AM130G0 3 14 --- G 8 55.1 9.7 6.39 2.480 0.470 0.395 8.3 6.3 83.0 0.71 ± 2.6 88.4
5934 AUDAX 1 AM130RLO 3 14 --- M 4 55.1 8.9 2.87 6.090 0.230 0.222 9.1 6.3 83.0 0.00 ± 2.5 94.6
77 AUDAX 1 AM130Z2 3 14 --- BM 8 57.3 10.6 5.88 4.080 0.320 0.297 7.0 6.8 82.5 0.76 ± 2.6 91.3
78 AUDAX 1 AP130G2 3 14 --- BM 8 57.2 11.6 5.20 1.570 0.530 0.396 6.6 4.8 83.5 0.39 ± 2.5 90.0
6001 AUDAX 1 AP130G4 6 14 --- G 8 66.6 7.4 5.40 2.430 0.610 0.488 7.5 5.3 83.0 0.39 ± 5.0 89.2
79 AUDAX 1 AP130M0 3 14 --- G 8 68.0 8.8 6.20 2.390 0.730 0.559 6.3 4.8 84.6 0.40 ± 3.5 88.9
80 AUDAX 1 AP130Z0 3 14 --- G 8 57.6 10.9 5.70 1.480 0.570 0.412 6.9 5.0 83.5 0.40 ± 2.5 89.1
2916 AUDAX 1 BMH402 3 14 --- BM 8 38.0 14.4 6.00 3.000 0.220 0.205 12.4 9.0 85.0 1.40 ± 2.5 88.8
4026 AUDAX 1 BMX405 3 14 --- PLAN 8 60.0 19.3 6.90 4.070 1.320 0.997 6.6 3.6 113.0 1.75 ± 2.0 87.6
82 AUDAX 1 HD13B25H2C12 3 14 --- G 8 35.0 23.3 6.06 2.770 0.320 0.287 9.9 6.4 89.0 0.63 ± 3.0 88.2
3186 AUDAX 1 HIF13E 3 14 --- G 8 41.9 15.0 6.60 2.550 0.960 0.697 9.6 4.2 84.0 0.30 ± 4.0 83.4
2824 AUDAX 1 HIF13H-2CA12 3 14 --- BM 8 42.0 14.1 6.80 2.550 0.330 0.292 10.1 7.4 84.0 0.63 ± 4.0 87.7
85 AUDAX 1 HIF13HSM 3 14 --- BM 8 50.0 19.9 6.60 2.980 0.350 0.313 5.9 5.9 91.0 0.00 ± 3.0 91.4
86 AUDAX 1 HIF13HSM-2CA12 3 14 --- BM 8 50.0 19.9 6.70 2.810 0.280 0.255 5.9 6.7 91.0 0.00 ± 3.0 92.3
87 AUDAX 1 HIF13J-2CA12 3 14 --- G 8 42.0 14.1 6.80 2.550 0.410 0.353 10.1 6.7 84.0 0.70 ± 3.0 86.8
88 AUDAX 1 HM130C0 1 14 --- BM 8 46.0 18.1 6.20 3.600 0.340 0.311 6.7 6.0 85.0 0.39 ± 3.0 90.3
89 AUDAX 1 HM130G0 1 14 --- BM 8 41.0 23.1 6.20 3.240 0.250 0.232 6.7 6.5 85.2 0.39 ± 2.3 91.2
90 AUDAX 1 HM130G14 1 14 --- G 8 57.8 8.8 6.07 2.980 0.570 0.478 8.7 5.8 84.6 0.57 ± 3.1 88.0
91 AUDAX 1 HM130X0 3 14 --- BM 8 48.0 12.0 6.40 7.110 0.260 0.251 9.3 8.3 85.0 0.40 ± 2.5 90.1
93 AUDAX 1 HM130Z10 1 14 --- M 8 63.5 8.9 6.20 2.690 0.330 0.294 6.9 7.2 83.3 0.69 ± 2.0 91.5
94 AUDAX 1 HM130Z12 1 14 --- G 8 54.9 10.7 6.28 4.780 0.440 0.403 7.7 6.2 83.4 0.33 ± 3.1 89.1
97 AUDAX 1 HP130Z0 3 14 --- BM 8 56.1 11.3 5.20 1.460 0.510 0.378 6.9 5.0 83.0 0.43 ± 3.0 89.8
4616 AUDAX 1 HP170F0 3 14 --- G 8 51.8 17.1 5.50 3.000 0.440 0.384 6.4 5.1 91.0 1.20 ± 3.5 91.0
99 AUDAX 1 HT130F0 3 14 --- BM 8 48.0 11.1 6.50 2.010 0.280 0.246 10.1 8.4 85.0 0.10 ± 2.5 89.3
6372 AUDAX 1 HT130G8 1 14 --- BM 8 61.0 9.2 6.30 2.280 0.500 0.410 7.6 6.0 85.0 0.37 ± 3.8 89.2
100 AUDAX 1 HT130K0 3 14 --- BM 8 44.0 17.8 6.50 1.720 0.290 0.248 7.5 6.8 85.0 0.14 ± 2.5 90.1
2986 AUDAX 1 VE130F4 3 14 --- BM 4 74.0 8.1 3.40 3.500 0.500 0.438 5.4 4.1 82.0 0.23 ± 1.0 93.9

Base de données du site de Dominique PETOIN http://petoindominique.fr --- Reproduction interdite sans mon accord écrit, consultation via le site autorisée même en usage professionnel.


Paramètres de THIELE et SMALL des haut-parleurs AUDAX de 17 cm de diamètre normalisé.


HP

Liens
T&S
Marque
Lien
site
marque
Avis
mar-
que
Référence
Lien
paramètres
complet
Avis
HP
Diam
cm
Type Type
calculé
Imp
Ohms
Fs
Hz
VAS
L
Re
Ohms
Qms Qes Qts Mms
g
B.L
N/A
Sd
cm2
Le
mH
Xmax
+/-

mm
Sens
dB/
2.83V
/m
5026 AUDAX 1 17LB25AL 3 17 LB M 8 51.5 32.7 5.55 4.690 0.270 0.255 6.6 6.6 127.0 0.37 ± 1.8 95.8
197 AUDAX 1 AM170G8 1 17 --- G 8 43.8 26.4 6.49 2.400 0.410 0.350 12.3 7.3 132.2 0.87 ± 3.3 90.2
5250 AUDAX 1 AM170RL0 1 17 --- BM 16 43.0 13.9 11.30 0.800 0.440 0.284 29.2 14.2 145.0 0.00 ± 3.3 84.5
2899 AUDAX 1 AM170ST2 3 17 --- BM 8 40.0 37.0 6.30 12.000 0.220 0.216 9.6 8.3 126.0 0.60 ± 3.3 93.4
198 AUDAX 1 AM170Z2 3 17 --- G 8 41.8 30.1 6.21 4.010 0.400 0.364 12.1 7.0 133.2 0.78 ± 3.3 90.5
199 AUDAX 1 AP170G2 3 17 --- G 8 48.6 19.2 5.60 2.510 0.560 0.458 14.0 6.5 133.4 0.99 ± 3.0 89.5
3819 AUDAX 1 AP170M0 3 17 --- G 8 60.0 17.6 6.20 3.300 1.060 0.802 9.8 4.7 132.0 0.57 ± 3.5 88.7
200 AUDAX 1 AP170Z0 3 17 --- G 8 48.5 24.7 5.30 1.610 0.500 0.382 11.4 6.1 135.8 0.74 ± 3.0 91.3
5164 AUDAX 1 AT170G4 3 17 --- G 8 38.0 41.0 5.70 4.000 0.750 0.632 10.7 4.4 133.0 0.00 ± 4.0 88.2
201 AUDAX 1 AT170G6 3 17 --- G 8 36.7 49.3 5.30 2.790 0.350 0.311 10.4 6.0 139.0 0.73 ± 3.0 92.2
3524 AUDAX 1 AT170M0 3 17 --- G 8 48.0 36.2 6.40 4.080 0.830 0.690 8.4 4.4 140.0 0.22 ± 3.5 89.8
202 AUDAX 1 BMH404 3 17 --- G 8 48.0 25.0 6.60 1.800 0.430 0.347 10.8 7.1 132.0 0.69 ± 3.5 90.9
2651 AUDAX 1 BMX404 vp 6 17 --- G 4 61.4 12.0 3.20 2.597 0.711 0.558 10.4 4.3 115.0 1.20 ± 2.5 91.9
5927 AUDAX 1 BMX406 3 17 --- G 8 64.0 17.1 6.00 2.460 0.570 0.463 9.6 6.4 137.0 1.30 ± 2.5 92.2
203 AUDAX 1 HD17B25H2CP12 3 17 --- G 8 30.0 39.8 6.60 3.640 0.380 0.344 14.8 7.0 122.0 0.00 ± 5.0 87.4
204 AUDAX 1 HD17B25H4C12 3 17 --- G 8 28.5 38.1 6.70 4.680 0.270 0.255 17.2 8.7 122.0 0.00 ± 4.0 87.9
205 AUDAX 1 HD17B372C9 3 17 --- G 8 32.0 37.4 6.00 2.700 0.310 0.278 14.3 7.5 124.0 0.00 ± 3.0 89.2
206 AUDAX 1 HD17HR37 3 17 --- M 8 110.0 6.6 6.70 1.700 0.340 0.283 9.1 11.2 143.0 0.00 ± 1.0 96.9
416 AUDAX 1 HD21B37 3 17 --- G 8 30.0 62.6 6.80 5.000 0.350 0.327 14.2 7.2 149.5 0.51 ± 4.4 89.6
207 AUDAX 1 HIF166B-2CA6 3 17 --- G 8 44.0 52.3 6.90 2.400 0.760 0.577 5.4 3.7 124.0 0.00 ± 3.0 90.3
208 AUDAX 1 HIF166F-2CA9 3 17 --- BM 8 52.0 37.3 6.50 4.000 0.400 0.364 5.4 5.4 124.0 0.00 ± 3.5 94.1
209 AUDAX 1 HIF166FSP-2CA9 3 17 --- BM 8 57.0 33.1 6.50 1.800 0.520 0.403 6.2 5.3 137.0 0.00 ± 2.0 93.6
210 AUDAX 1 HIF166FSP-4CA9 3 17 --- BM 8 50.6 33.5 6.80 1.990 0.323 0.278 7.8 7.2 137.0 1.30 ± 2.5 94.0
5375 AUDAX 1 HIF166FSP-4CA9 vp 6 17 --- G 8 64.6 20.5 6.45 2.340 0.790 0.591 8.1 5.2 139.0 1.62 ± 2.5 91.4
2310 AUDAX 1 HIF17F-2CA9 3 17 --- BM 8 53.0 37.0 6.50 4.330 0.400 0.366 5.3 5.3 124.0 0.56 ± 5.0 94.3
211 AUDAX 1 HIF17HS 3 17 --- G 8 29.0 65.6 6.50 2.640 0.470 0.399 17.6 6.7 165.0 0.00 ± 4.0 88.2
212 AUDAX 1 HM170C0 1 17 --- G 8 42.0 30.6 6.30 4.160 0.350 0.323 12.6 7.7 138.0 0.24 ± 3.0 91.2
213 AUDAX 1 HM170G0 1 17 --- G 8 42.0 32.5 6.60 7.830 0.380 0.362 12.0 7.4 139.0 0.41 ± 3.0 90.9
2675 AUDAX 1 HM170G10 5 17 --- G 8 41.0 17.9 6.20 8.300 0.450 0.427 22.6 9.0 138.0 0.00 ± 3.3 87.5
3569 AUDAX 1 HM170G10 v2010 5 17 --- G 8 55.0 19.0 6.20 6.160 0.440 0.411 11.8 7.6 138.0 0.40 ± 3.3 91.7
214 AUDAX 1 HM170G8 1 17 --- G 8 41.5 29.2 5.73 5.000 0.380 0.353 12.5 7.0 132.7 0.78 ± 3.3 90.8
2852 AUDAX 1 HM170HL0 vp 6 17 --- G 8 40.0 45.3 6.20 6.150 0.420 0.393 9.4 5.9 138.0 0.00 ± 3.3 91.5
5173 AUDAX 1 HM170MN0 3 17 --- G 8 40.0 36.0 6.40 8.100 0.370 0.354 9.8 6.5 126.0 0.35 ± 3.5 90.9
3658 AUDAX 1 HM170X0 3 17 --- PAV 8 32.0 43.4 6.20 6.790 0.200 0.194 14.1 9.4 132.3 0.00 ± 4.2 91.6
4614 AUDAX 1 HM170X2 3 17 --- G 8 46.0 29.8 6.00 10.620 0.460 0.441 10.9 6.4 139.0 0.31 ± 3.3 91.3
215 AUDAX 1 HM170Z0 3 17 --- G 8 40.0 45.3 6.20 6.150 0.420 0.393 9.4 5.9 138.0 0.38 ± 3.8 91.5
4662 AUDAX 1 HM170Z16 1 17 --- G 8 40.0 45.3 6.20 6.150 0.420 0.393 9.4 5.9 138.0 0.34 ± 3.8 91.5
216 AUDAX 1 HM170Z18 1 17 --- G 8 38.9 35.4 5.70 4.070 0.380 0.348 11.6 6.5 131.7 0.72 ± 3.3 90.9
217 AUDAX 1 HM170Z2 3 17 --- G 4 35.0 27.4 2.70 7.600 0.370 0.353 20.3 5.7 138.0 0.40 ± 3.8 91.7
218 AUDAX 1 HM170Z8 3 17 --- G 8 44.6 23.2 5.36 5.000 0.570 0.512 14.7 6.2 138.0 0.42 ± 3.8 89.3
219 AUDAX 1 HM170ZMI 3 17 --- G 8 40.0 36.0 6.40 8.100 0.370 0.354 11.8 7.2 138.0 0.38 ± 3.5 90.9
3588 AUDAX 1 HP170G0 3 17 --- G 8 51.6 16.6 5.60 2.370 0.480 0.399 13.7 7.2 130.0 1.14 ± 3.5 90.3
4140 AUDAX 1 HP170M0 3 17 --- G 8 62.3 16.3 6.20 3.120 0.900 0.699 9.9 5.2 132.7 0.57 ± 4.0 89.5
5784 AUDAX 1 HP170Z2 3 17 --- G 8 48.0 25.0 5.30 1.630 0.480 0.371 11.0 6.0 133.0 0.74 ± 3.5 91.4
220 AUDAX 1 HT170A0 3 17 --- G 8 65.0 18.0 5.70 1.800 1.040 0.659 7.0 4.0 122.3 0.00 ± 3.0 90.2
5957 AUDAX 1 HT170A2 3 17 LB BM 8 73.0 19.2 5.66 2.450 0.510 0.422 5.9 5.5 130.0 0.37 ± 0.5 95.2
221 AUDAX 1 HT170F0 3 17 --- G 8 52.0 21.8 6.60 2.480 0.490 0.409 11.9 7.2 140.0 0.31 ± 2.5 90.8
2438 AUDAX 1 HT170G16 vp 6 17 --- G 8 55.2 39.1 6.69 2.965 0.997 0.746 5.8 3.7 139.0 1.09 ± 3.5 91.0
2950 AUDAX 1 HT170G16 vp2010 6 17 --- G 8 53.0 26.0 6.00 2.850 0.730 0.581 8.5 4.8 132.0 0.51 ± 3.0 90.5
2425 AUDAX 1 HT170G2 3 17 --- G 8 40.0 39.1 5.20 3.240 0.470 0.410 11.0 5.5 139.0 0.42 ± 3.5 91.1
222 AUDAX 1 HT170G8 1 17 DB G 4 45.0 19.9 3.50 4.930 0.550 0.495 16.4 5.4 136.0 0.49 ± 3.5 90.8
223 AUDAX 1 HT170M0 3 17 --- G 8 50.0 34.7 6.80 2.460 0.520 0.429 8.1 5.8 140.0 0.08 ± 3.0 91.9
3203 AUDAX 1 HT170ST2 3 17 --- BM 8 44.0 27.0 6.30 5.300 0.290 0.275 12.6 8.7 136.0 0.00 ± 3.1 92.0
2782 AUDAX 1 HY170Z0 180073A vp 6 17 --- G 4 40.0 44.0 3.54 5.530 0.420 0.390 7.6 4.0 122.4 1.43 ± 3.0 93.8
6199 AUDAX 1 LFX 500 vp 3 17 DB BM 4 41.1 34.6 3.16 1.897 0.335 0.285 16.7 6.4 165.0 0.76 ± 3.5 94.6
6190 AUDAX 1 LFX500 3 17 DB BM 8 45.0 36.1 5.00 2.100 0.370 0.315 13.3 7.1 165.0 0.00 ± 3.5 93.5
6277 AUDAX 1 LFX500 vp1 6 17 --- G 4 37.5 33.5 3.30 1.939 0.392 0.326 18.0 6.0 154.0 0.16 ± 3.5 92.4
6278 AUDAX 1 LFX500 vp2 6 17 DB G 4 34.3 38.0 3.37 1.870 0.348 0.293 18.9 6.3 153.9 0.18 ± 3.5 92.2
1770 AUDAX 1 MDP303 3 17 --- M 8 110.0 6.6 6.70 1.700 0.340 0.283 9.1 11.2 143.0 0.52 ± 0.5 96.9
224 AUDAX 1 MHD17P25JSM2CA12 3 17 --- G 8 48.0 24.7 6.60 1.800 0.430 0.347 10.9 7.1 132.0 0.60 ± 3.5 90.9
225 AUDAX 1 PR170M0 1 17 --- M 8 117.0 5.5 6.20 3.160 0.610 0.511 8.1 7.8 131.0 0.73 ± 0.5 94.7
2649 AUDAX 1 PR170X0 3 17 --- M 8 134.0 6.1 6.30 5.790 0.680 0.609 6.4 7.0 139.0 0.12 ± 0.5 96.3
226 AUDAX 1 PR170Z0 1 17 --- M 8 185.0 3.3 6.20 2.190 0.490 0.400 5.6 9.1 133.7 0.73 ± 0.5 99.4
1811 AUDAX 1 PR17HR100 1AK7 3 17 --- M 8 125.0 6.6 6.00 1.940 0.550 0.429 7.1 7.8 143.0 0.27 ± 0.5 97.0
3236 AUDAX 1 PR17HR37TSM 2CA7 3 17 --- M 8 110.0 6.6 6.70 1.700 0.340 0.283 9.1 11.2 143.0 0.00 ± 0.5 96.9
1808 AUDAX 1 PR17HR60 2CN7 3 17 --- M 8 110.0 6.6 6.70 1.700 0.340 0.283 9.1 11.2 143.0 0.52 ± 0.5 96.9
1809 AUDAX 1 PR17HR70 2CA7 3 17 --- M 8 110.0 6.6 6.70 1.700 0.340 0.283 9.1 11.2 143.0 0.52 ± 0.5 96.9
1810 AUDAX 1 PR17HR90 2CA7 FF 3 17 --- M 8 180.0 2.5 6.70 0.710 0.460 0.279 9.0 12.2 143.0 0.52 ± 0.5 97.8
227 AUDAX 1 PR17TX 3 17 --- M 8 134.0 5.5 6.20 5.790 0.680 0.609 7.0 7.3 139.0 0.00 ± 0.5 96.0
1812 AUDAX 1 PR17TX100 1AK7 3 17 --- M 8 210.0 2.1 6.00 3.900 1.020 0.809 7.9 7.8 143.0 0.27 ± 0.5 96.1
228 AUDAX 1 VP170G4 3 17 --- G 4 45.3 29.0 3.26 5.470 0.400 0.373 10.5 4.9 132.4 0.31 ± 3.5 94.2

Base de données du site de Dominique PETOIN http://petoindominique.fr --- Reproduction interdite sans mon accord écrit, consultation via le site autorisée même en usage professionnel.


Paramètres de THIELE et SMALL des haut-parleurs AUDAX de 21 cm de diamètre normalisé.


HP

Liens
T&S
Marque
Lien
site
marque
Avis
mar-
que
Référence
Lien
paramètres
complet
Avis
HP
Diam
cm
Type Type
calculé
Imp
Ohms
Fs
Hz
VAS
L
Re
Ohms
Qms Qes Qts Mms
g
B.L
N/A
Sd
cm2
Le
mH
Xmax
+/-

mm
Sens
dB/
2.83V
/m
6561 AUDAX 1 21PA12N vp rv 6 21 LB PLAN 4 61.9 46.1 3.58 4.720 1.970 1.390 11.4 2.8 237.0 0.39 ± 2.0 92.9
6299 AUDAX 1 21PA12N vp1 6 21 LB PLAN 4 60.6 47.4 3.57 5.210 1.860 1.371 11.6 2.9 237.8 0.18 ± 3.0 93.0
6308 AUDAX 1 21PA12N vp2 6 21 LB PLAN 4 59.2 47.0 3.59 5.200 1.830 1.354 12.3 3.0 237.8 0.19 ± 3.0 92.8
5358 AUDAX 1 AM 21 LB 25 AL BC AUDAX 1 21 LB G 8 43.0 65.0 5.55 7.140 0.420 0.397 13.6 7.0 214.0 0.35 ± 2.3 94.5
412 AUDAX 1 AM210G0 3 21 --- G 8 35.0 71.7 5.96 2.430 0.500 0.415 21.0 7.4 227.0 1.10 ± 4.4 91.2
413 AUDAX 1 AM210Z2 3 21 --- G 8 31.3 88.6 6.39 3.000 0.360 0.321 21.1 8.6 226.6 1.69 ± 4.4 91.8
414 AUDAX 1 AP210G6 3 21 --- G 8 33.7 79.7 5.60 3.680 0.300 0.277 20.3 9.0 227.0 1.40 ± 2.5 93.6
3234 AUDAX 1 AP210M0 3 21 --- G 8 46.4 63.8 6.20 3.300 0.920 0.719 13.4 5.1 227.0 0.62 ± 3.5 91.5
415 AUDAX 1 AP210Z0 3 21 --- G 8 29.0 92.2 5.30 3.480 0.360 0.326 22.8 7.8 222.6 1.00 ± 2.6 91.8
4947 AUDAX 1 AT210Z0 3 21 --- G 8 40.0 77.0 6.30 2.400 0.470 0.393 14.3 6.9 222.0 0.20 ± 4.0 93.2
2247 AUDAX 1 HD20B25H2CP12 3 21 --- G 8 26.0 104.6 6.90 4.040 0.510 0.453 20.2 6.7 200.0 0.63 ± 4.0 88.2
2248 AUDAX 1 HD20B25H2CP9 3 21 --- G 8 27.0 82.6 6.30 4.210 0.530 0.471 23.7 6.9 200.0 0.49 ± 2.5 87.9
2222 AUDAX 1 HIF20HSM-2CA12 3 21 --- G 8 28.0 136.6 6.60 2.480 0.380 0.330 16.3 7.1 221.0 0.63 ± 4.0 91.8
5213 AUDAX 1 HIF21H-2CA12 3 21 --- G 8 47.0 71.0 6.80 5.240 0.550 0.498 11.5 6.5 225.0 0.63 ± 4.0 94.0
417 AUDAX 1 HM210C0 1 21 --- G 8 31.0 83.0 6.50 5.170 0.420 0.388 24.1 8.5 232.0 0.42 ± 4.2 90.6
418 AUDAX 1 HM210G0 3 21 --- G 8 30.0 116.0 6.40 2.700 0.360 0.318 18.4 7.9 232.0 0.58 ± 4.2 92.4
419 AUDAX 1 HM210G6 1 21 --- G 8 33.0 81.7 6.18 3.750 0.560 0.487 21.0 6.9 228.2 1.47 ± 4.4 90.3
4988 AUDAX 1 HM210G6 vp Mk.2 6 21 --- G 8 32.0 85.0 6.20 2.300 0.390 0.333 20.2 8.0 222.0 1.47 ± 4.5 91.7
420 AUDAX 1 HM210X0 3 21 --- G 8 30.0 80.0 6.40 8.850 0.250 0.243 26.7 11.4 232.0 0.66 ± 4.2 92.3
1965 AUDAX 1 HM210X4 3 21 --- G 8 28.0 83.1 6.30 9.020 0.440 0.420 26.5 8.2 220.0 1.11 ± 4.4 89.2
421 AUDAX 1 HM210Z0 1 21 --- G 8 30.0 108.0 4.80 6.450 0.320 0.305 21.0 7.7 239.0 0.47 ± 4.3 93.8
3339 AUDAX 1 HM210Z10 5 21 --- M 8 174.0 4.9 5.94 3.800 0.710 0.598 13.0 10.9 232.0 0.94 ± 1.4 98.9
4989 AUDAX 1 HM210Z10 v2001 5 21 --- M 8 188.0 5.0 5.70 6.300 0.790 0.702 11.9 10.1 243.0 0.94 ± 1.5 99.7
422 AUDAX 1 HM210Z12 1 21 --- G 8 32.0 86.2 6.24 3.240 0.370 0.332 20.6 8.4 225.8 1.44 ± 4.4 91.9
423 AUDAX 1 HM210Z2 3 21 --- G 4 28.0 63.0 3.00 9.080 0.320 0.309 38.9 8.0 232.0 0.70 ± 4.5 92.6
3564 AUDAX 1 HM210Z8 1 21 --- G 8 28.0 63.0 6.70 9.080 0.320 0.309 38.9 12.0 232.0 1.05 ± 4.3 89.1
4397 AUDAX 1 HM210Z8 vp 6 21 --- G 16 35.3 41.4 12.37 6.823 0.310 0.297 24.7 14.8 188.7 4.16 ± 4.3 87.8
424 AUDAX 1 HP210G0 3 21 --- G 8 32.2 86.5 5.60 3.290 0.280 0.258 19.8 8.9 222.7 1.31 ± 3.0 93.7
2424 AUDAX 1 HP210M0 3 21 --- G 8 51.3 47.7 6.20 3.750 0.990 0.783 14.7 5.4 227.0 0.63 ± 4.0 91.2
2515 AUDAX 1 HP210Z0 3 21 --- G 8 29.7 91.2 5.40 3.400 0.310 0.284 22.9 8.6 227.0 1.20 ± 3.1 92.6
2450 AUDAX 1 HT210F0 3 21 --- G 8 34.0 55.0 6.30 2.050 0.440 0.362 26.2 9.0 216.0 0.60 ± 4.5 90.0
425 AUDAX 1 HT210G10 5 21 --- G 4 52.2 16.0 3.09 7.730 0.560 0.522 38.9 8.4 217.9 0.00 ± 4.5 92.2
4949 AUDAX 1 HT210G10 v2014 5 21 --- G 4 52.0 16.0 3.09 8.200 0.510 0.480 40.0 8.9 220.0 1.08 ± 5.0 92.6
2078 AUDAX 1 HT210G2 1 21 --- G 8 31.0 88.0 6.50 3.070 0.380 0.338 22.3 8.6 230.0 0.61 ± 4.5 91.3
3710 AUDAX 1 HT210K0 3 21 --- G 8 28.0 108.0 6.20 1.760 0.380 0.313 21.2 7.8 224.0 0.61 ± 4.5 91.1
426 AUDAX 1 HT210M0 3 21 --- G 8 41.0 90.0 6.30 2.640 0.600 0.489 15.0 6.4 252.0 0.20 ± 5.5 93.2
427 AUDAX 1 HT210M2 3 21 --- G 8 36.0 103.0 6.30 1.700 0.440 0.350 17.0 7.4 252.0 0.60 ± 4.5 93.4
428 AUDAX 1 HT210T0 3 21 --- M 8 170.0 7.1 6.50 2.600 1.140 0.793 9.9 7.7 238.0 0.20 ± 2.5 97.8
429 AUDAX 1 LFH501 3 21 --- G 8 33.0 78.0 6.05 1.500 0.420 0.328 20.4 7.8 220.0 0.78 ± 4.0 91.5
2848 AUDAX 1 MHD21B37R-2CP12 3 21 --- G 8 27.4 83.1 6.90 3.520 0.380 0.343 22.9 8.5 200.0 0.85 ± 4.0 89.2
4469 AUDAX 1 MHD21P37 3 21 --- BM 8 46.0 44.5 6.70 1.870 0.320 0.273 15.2 9.6 200.0 0.70 ± 4.0 94.1
430 AUDAX 1 MTX2025TDSN2CN12 3 21 --- G 8 48.0 48.1 5.90 1.900 0.650 0.484 15.6 6.5 220.0 0.73 ± 3.0 92.5
3604 AUDAX 1 T24PA15 3 21 LB G 4 56.0 164.0 3.40 5.800 1.000 0.853 4.0 2.2 240.0 0.00 ± 1.0 100.3
5177 AUDAX 1 TX 2025 RSN 2CN12 3 21 --- G 8 49.0 46.8 5.90 2.000 0.870 0.606 15.4 5.7 220.0 0.70 ± 3.5 91.3
5178 AUDAX 1 TX 2025 TSN 2CN12 3 21 --- G 8 49.0 46.8 5.90 2.000 0.670 0.502 15.4 6.5 220.0 0.73 ± 3.5 92.5
431 AUDAX 1 TX2025RSN 4 21 --- G 16 49.0 48.1 8.00 2.000 0.870 0.606 15.0 6.5 220.0 0.00 ± 0.6 90.1
432 AUDAX 1 TX2025RSN2CN12 3 21 --- G 8 38.0 61.8 6.50 1.700 0.630 0.460 19.4 6.9 220.0 0.73 ± 3.0 90.2
671 AUDAX 1 WFR24 3 21 --- PLAN 16 30.5 99.0 11.06 3.030 1.380 0.948 24.2 6.1 250.0 0.00 ± 3.0 83.7

Base de données du site de Dominique PETOIN http://petoindominique.fr --- Reproduction interdite sans mon accord écrit, consultation via le site autorisée même en usage professionnel.


Paramètres de THIELE et SMALL des haut-parleurs AUDAX de 25 cm de diamètre normalisé.


HP

Liens
T&S
Marque
Lien
site
marque
Avis
mar-
que
Référence
Lien
paramètres
complet
Avis
HP
Diam
cm
Type Type
calculé
Imp
Ohms
Fs
Hz
VAS
L
Re
Ohms
Qms Qes Qts Mms
g
B.L
N/A
Sd
cm2
Le
mH
Xmax
+/-

mm
Sens
dB/
2.83V
/m
5777 AUDAX 1 21PA12 3 25 LB BM 4 60.0 107.9 3.50 3.493 0.467 0.412 8.0 4.8 295.0 0.23 ± 3.0 102.6
658 AUDAX 1 HD24S34HSMC 3 25 --- G 8 24.0 253.2 6.40 3.440 0.280 0.259 22.2 8.7 301.0 0.00 ± 2.5 93.9
4532 AUDAX 1 HD24S34KC 3 25 --- SUB 8 24.0 254.0 6.40 3.440 0.550 0.474 22.1 6.2 301.0 0.00 ± 4.0 91.0
6607 AUDAX 1 HIF13E vp x4 série paralléle 6 25 --- G 8 41.9 60.0 6.60 2.550 0.960 0.697 38.3 8.3 336.0 0.30 ± 4.0 89.5
1793 AUDAX 1 HIF24F-2CA12 3 25 --- SUB 8 35.0 191.8 6.80 3.150 0.890 0.694 17.5 5.4 339.0 0.00 ± 3.5 92.4
1794 AUDAX 1 HIF24FSMC-2CA12 5 25 --- SUB 8 29.0 196.5 6.50 3.810 0.800 0.661 19.6 5.4 301.0 0.00 ± 3.0 90.7
2697 AUDAX 1 HIF24FSMC-2CA12 v2 5 25 --- SUB 8 29.0 171.6 6.50 3.810 0.800 0.661 22.4 5.8 301.0 0.69 ± 5.0 90.1
1795 AUDAX 1 HIF24HSMC-2CA12 5 25 --- G 8 29.0 196.5 6.50 3.810 0.460 0.410 19.6 7.1 301.0 0.00 ± 1.0 93.1
2698 AUDAX 1 HIF24HSMC-2CA12 v2 5 25 --- G 8 29.0 171.6 6.50 3.810 0.460 0.410 22.4 7.6 301.0 0.63 ± 5.0 92.5
1796 AUDAX 1 HIF24HSMC-4CA12 5 25 --- G 8 27.0 202.8 6.80 3.730 0.260 0.243 21.9 9.9 301.0 0.00 ± 0.5 94.6
2699 AUDAX 1 HIF24HSMC-4CA12 v2 5 25 --- G 8 27.0 179.6 6.80 3.730 0.260 0.243 24.7 10.5 301.0 1.50 ± 5.0 94.0
1797 AUDAX 1 HIF24J37C-2CA12 3 25 --- G 8 40.0 208.3 7.24 2.930 0.530 0.449 12.3 6.5 339.0 0.00 ± 4.0 96.4
1798 AUDAX 1 HIF24J37SM-2CA9 3 25 --- SUB 8 32.0 146.9 6.80 3.600 0.780 0.641 22.1 6.2 305.0 0.00 ± 2.5 90.6
1799 AUDAX 1 HIF24JSMC-2CA12 3 25 --- G 8 29.0 196.5 6.80 3.810 0.540 0.473 19.6 6.7 301.0 0.00 ± 3.5 92.2
1800 AUDAX 1 HIF24JSMC-4CA12 3 25 --- G 8 27.0 202.8 6.80 3.730 0.310 0.286 21.9 9.0 301.0 0.00 ± 2.0 93.8
659 AUDAX 1 HT240A0 3 25 --- G 8 42.0 101.0 7.20 2.680 0.600 0.490 25.8 9.0 359.0 0.60 ± 2.4 93.4
660 AUDAX 1 HT240G0 3 25 --- G 4 48.9 35.8 2.90 10.010 0.720 0.672 43.1 7.3 321.4 0.67 ± 7.0 94.1
3202 AUDAX 1 HT240G4 3 25 --- G 4 28.0 67.0 3.00 11.800 0.310 0.302 71.4 11.0 324.0 0.00 ± 4.0 93.0
2756 AUDAX 1 HT240HM0 3 25 --- G 8 28.0 223.0 6.30 1.810 0.470 0.373 23.6 7.5 340.0 0.60 ± 4.5 93.2
661 AUDAX 1 HT240M0 1 25 --- G 8 28.0 223.1 6.30 1.810 0.470 0.373 22.6 7.3 332.9 0.60 ± 4.5 93.2
3258 AUDAX 1 HT240M0 vp1 6 25 --- G 8 27.5 172.0 6.30 2.451 0.484 0.404 31.8 8.5 340.0 0.60 ± 4.5 91.7
662 AUDAX 1 HT240T0 3 25 --- G 8 80.0 34.3 6.80 2.440 0.900 0.657 20.0 8.7 351.0 0.29 ± 1.5 95.6
663 AUDAX 1 HT240Z0 3 25 --- G 4 40.0 70.0 3.60 12.400 0.380 0.369 40.9 9.9 358.0 0.91 ± 4.0 96.2
6755 AUDAX 1 MHD24B45T2CP14 3 25 --- G 8 23.0 272.0 6.00 4.050 0.330 0.305 34.0 9.4 370.0 0.93 ± 4.0 93.3
1731 AUDAX 1 MHD24P45T2CP14 3 25 --- G 8 23.0 275.0 6.00 4.050 0.330 0.305 33.6 9.4 370.0 0.00 ± 4.0 93.3
664 AUDAX 1 MHD24P45TSM2CA14 3 25 --- G 8 27.0 209.6 6.80 1.900 0.300 0.259 32.0 11.1 370.0 0.86 ± 4.0 94.1
665 AUDAX 1 MHD24P66USM2CA14 3 25 --- PAV 8 27.0 157.6 5.90 1.530 0.150 0.137 42.6 16.9 370.0 0.00 ± 3.2 96.5
666 AUDAX 1 PR240M0 1 25 --- G 8 32.0 188.0 6.10 6.130 0.580 0.530 23.7 7.1 357.7 0.33 ± 4.0 93.4
667 AUDAX 1 PR240M6 5 25 --- G 8 26.9 190.3 5.37 2.370 0.350 0.305 34.0 9.4 361.7 0.62 ± 3.0 94.0
4965 AUDAX 1 PR240M6 v2014 5 25 --- G 8 25.0 207.0 5.50 2.500 0.290 0.260 35.8 10.3 360.0 0.62 ± 4.0 94.1
4514 AUDAX 1 PR240SB 3 25 --- G 8 27.0 155.0 6.30 6.230 0.496 0.459 36.5 8.9 340.0 1.10 ± 4.0 90.9
668 AUDAX 1 PR240T0 3 25 --- BM 4 90.0 20.6 3.40 3.430 0.770 0.629 25.3 8.0 344.0 0.20 ± 2.5 98.6
3113 AUDAX 1 PR240T4 3 25 --- PAV 8 30.0 206.0 6.20 3.900 0.103 0.100 25.0 16.8 360.0 0.20 ± 3.0 100.4
669 AUDAX 1 PR240Z0 3 25 --- G 8 35.0 82.0 6.50 11.370 0.390 0.377 51.4 13.7 380.1 1.11 ± 4.0 92.5
4472 AUDAX 1 PR240Z0 vp 6 25 --- G 8 31.0 82.0 6.00 11.700 0.390 0.377 58.1 13.2 358.0 1.10 ± 4.0 91.2
3378 AUDAX 1 PR240Z2 3 25 --- G 4 25.0 112.0 3.20 8.100 0.270 0.261 59.0 10.5 340.0 0.00 ± 5.0 94.1
1805 AUDAX 1 PR24LXT100 3 25 --- G 8 63.0 46.0 7.10 2.600 0.580 0.474 22.6 10.5 340.0 0.80 ± 3.0 95.5
1806 AUDAX 1 PR24ST150 3 25 --- BM 8 49.0 43.0 5.80 2.800 0.290 0.263 40.0 15.7 340.0 1.28 ± 3.5 95.8
3628 AUDAX 1 SON28-T5 3 25 LB G 8 38.0 285.0 4.30 4.200 0.320 0.297 10.6 5.8 350.0 0.00 ± 1.0 101.6
670 AUDAX 1 T24PR15 3 25 --- BM 8 51.6 123.0 5.50 3.190 0.280 0.257 11.8 8.7 328.4 0.96 ± 2.0 101.4
2960 AUDAX 1 WFR24 Ticonal 3 25 --- G 8 30.0 162.4 7.06 3.300 0.530 0.457 25.7 8.0 323.7 0.47 ± 4.0 91.7
2334 AUDAX 1 WFR24 vp 6 25 --- G 8 23.4 280.0 4.25 1.280 0.290 0.236 22.9 7.0 313.3 0.00 ± 4.0 95.7

Base de données du site de Dominique PETOIN http://petoindominique.fr --- Reproduction interdite sans mon accord écrit, consultation via le site autorisée même en usage professionnel.


Paramètres de THIELE et SMALL des haut-parleurs AUDAX de 31 cm de diamètre normalisé.


HP

Liens
T&S
Marque
Lien
site
marque
Avis
mar-
que
Référence
Lien
paramètres
complet
Avis
HP
Diam
cm
Type Type
calculé
Imp
Ohms
Fs
Hz
VAS
L
Re
Ohms
Qms Qes Qts Mms
g
B.L
N/A
Sd
cm2
Le
mH
Xmax
+/-

mm
Sens
dB/
2.83V
/m
6483 AUDAX 1 180040A 3 31 --- G 16 22.4 239.6 11.30 8.710 0.410 0.392 97.2 19.4 572.0 0.00 ± 8.0 88.7
5619 AUDAX 1 330 3 31 --- G 8 48.1 93.7 6.18 3.253 0.546 0.468 47.0 12.7 534.0 0.52 ± 6.0 95.9
6457 AUDAX 1 330 vp 6 31 --- G 8 45.8 86.8 6.21 3.105 0.532 0.454 57.3 13.9 540.0 0.52 ± 6.0 95.0
882 AUDAX 1 Excitation 28V 3 31 --- PLAN 4 148.6 20.0 3.60 19.950 2.630 2.324 22.7 5.4 530.0 0.00 ± 1.0 99.4
883 AUDAX 1 HD30P45TSMC 3 31 --- G 8 17.0 627.0 5.20 1.620 0.270 0.231 55.4 10.7 530.0 0.00 ± 4.0 94.4
2064 AUDAX 1 HD30P45TSMC2CA15 3 31 --- G 8 17.0 627.0 5.20 1.620 0.270 0.231 55.4 10.7 530.0 0.84 ± 4.0 94.4
884 AUDAX 1 HD33S66 3 31 --- PAV 8 24.0 338.0 5.80 1.590 0.160 0.145 51.5 16.8 530.0 1.22 ± 3.5 98.1
2682 AUDAX 1 HIF30HSMC 3 31 --- G 8 19.0 645.5 7.30 0.780 0.410 0.269 43.1 9.6 530.0 0.00 ± 4.0 92.7
2696 AUDAX 1 HIF30HSMC-2CA14 vp 6 31 --- G 8 19.0 645.4 5.30 4.430 0.290 0.272 43.1 9.7 530.0 0.87 ± 4.0 95.6
886 AUDAX 1 HT300G0 1 31 --- G 4 36.8 77.7 3.20 10.390 0.560 0.531 92.7 11.1 522.7 1.63 ± 8.0 94.4
887 AUDAX 1 HT300M2 1 31 --- G 8 17.0 927.0 5.40 1.880 0.270 0.236 38.8 9.1 539.5 0.82 ± 5.0 96.0
888 AUDAX 1 HT300Z2 3 31 --- G 4 31.5 162.5 3.23 9.100 0.350 0.337 64.4 10.8 539.0 1.13 ± 8.0 97.6
889 AUDAX 1 HT300Z4 3 31 --- G 4 25.0 193.0 3.00 6.900 0.300 0.288 78.5 11.1 514.7 1.30 ± 8.0 96.3
2604 AUDAX 1 LFH 508 3 31 --- G 8 32.0 232.0 5.20 2.750 0.300 0.270 36.2 11.2 491.0 0.60 ± 2.5 97.9
890 AUDAX 1 LFH507 3 31 --- SUB 8 20.0 513.5 5.40 2.470 0.600 0.483 48.8 7.4 530.0 0.84 ± 4.5 92.1
6053 AUDAX 1 LFP 501 3 31 --- G 8 40.0 138.0 5.60 2.130 0.690 0.521 45.4 9.6 530.0 0.00 ± 4.5 94.6
891 AUDAX 1 LFP502 3 31 --- G 8 24.0 267.0 5.80 2.170 0.230 0.208 65.2 15.8 530.0 1.28 ± 3.5 95.5
892 AUDAX 1 PR300M0 1 31 --- G 8 17.0 1012.0 5.70 3.550 0.280 0.260 33.2 8.5 521.0 0.42 ± 4.0 96.0
893 AUDAX 1 PR300T0 3 31 --- G 8 48.0 142.0 5.90 5.170 0.980 0.824 32.3 7.7 544.0 0.40 ± 3.5 95.4
894 AUDAX 1 PR300T2 3 31 --- G 4 51.0 97.0 3.30 3.890 0.570 0.497 41.3 8.8 540.0 0.32 ± 2.0 99.4
895 AUDAX 1 PR300T4 3 31 --- G 2 50.0 117.0 1.50 4.250 0.390 0.357 38.7 6.8 563.0 0.60 ± 4.0 105.0
4789 AUDAX 1 PR300T4 série vp 6 31 --- G 8 37.0 220.0 6.80 5.800 0.570 0.519 31.7 9.4 517.0 0.31 ± 4.0 95.6
3239 AUDAX 1 PR300T4 vp série 6 31 --- G 8 36.0 114.0 6.00 4.230 0.380 0.349 65.6 15.3 521.0 1.20 ± 4.0 94.7
1801 AUDAX 1 PR30ST100 3 31 --- G 8 40.0 138.0 5.60 2.130 0.690 0.521 45.4 9.6 530.0 0.84 ± 4.5 94.6
896 AUDAX 1 PR330M0 5 31 --- G 8 28.0 264.0 5.80 6.690 0.280 0.269 53.9 14.0 558.8 0.38 ± 4.0 96.6
4967 AUDAX 1 PR330M0 + PR33S66 vp 6 31 --- PAV 8 30.0 117.0 5.80 1.560 0.193 0.172 95.3 23.2 530.0 0.00 ± 3.8 95.5
4954 AUDAX 1 PR330M0 v2014 5 31 --- G 8 26.0 208.0 6.00 6.100 0.210 0.203 73.5 18.5 538.0 0.38 ± 4.0 95.7
4929 AUDAX 1 PR330M0 vp1 6 31 --- G 8 37.7 95.9 5.96 5.510 0.347 0.326 75.9 17.6 538.0 1.69 ± 4.0 95.0
4930 AUDAX 1 PR330M0 vp2 6 31 --- G 8 33.7 122.2 6.14 6.280 0.298 0.284 74.7 18.0 538.0 1.71 ± 4.0 95.1
897 AUDAX 1 PR330T0 3 31 --- G 8 55.0 73.7 6.00 4.670 0.480 0.435 46.4 14.2 538.0 0.60 ± 3.5 97.3
898 AUDAX 1 PR330T4 3 31 --- BM 8 50.0 43.9 5.80 1.540 0.290 0.244 79.9 22.4 495.4 0.74 ± 5.5 96.2
1804 AUDAX 1 PR33LXT250 3 31 --- BM 8 48.6 55.0 5.80 10.800 0.320 0.311 77.2 20.7 530.0 1.43 ± 4.0 96.4
899 AUDAX 1 PR33S100 vp1 6 31 --- PAV 8 36.8 124.3 5.87 4.390 0.170 0.164 59.6 21.8 530.0 0.00 ± 3.8 99.0
900 AUDAX 1 PR33S100 vp2 6 31 --- PAV 8 35.0 136.9 5.85 4.420 0.140 0.136 59.8 23.4 530.0 0.00 ± 3.8 99.6
901 AUDAX 1 PR33S66 3 31 --- PAV 8 30.0 214.4 5.80 1.560 0.190 0.169 52.0 17.3 530.0 0.00 ± 3.8 98.2
1802 AUDAX 1 PR33SM150 3 31 --- G 8 24.0 267.0 5.80 2.170 0.230 0.208 65.2 15.8 530.0 1.28 ± 3.5 95.5
1803 AUDAX 1 PR33ST150 3 31 --- BM 8 46.0 90.0 5.80 3.600 0.360 0.327 52.7 15.7 530.0 1.28 ± 3.5 97.3

Base de données du site de Dominique PETOIN http://petoindominique.fr --- Reproduction interdite sans mon accord écrit, consultation via le site autorisée même en usage professionnel.


Paramètres de THIELE et SMALL des haut-parleurs AUDAX de 38 cm de diamètre normalisé.


HP

Liens
T&S
Marque
Lien
site
marque
Avis
mar-
que
Référence
Lien
paramètres
complet
Avis
HP
Diam
cm
Type Type
calculé
Imp
Ohms
Fs
Hz
VAS
L
Re
Ohms
Qms Qes Qts Mms
g
B.L
N/A
Sd
cm2
Le
mH
Xmax
+/-

mm
Sens
dB/
2.83V
/m
1876 AUDAX 1 BMP402 3 38 --- G 8 38.0 193.0 5.80 5.300 0.330 0.311 99.3 20.4 880.0 1.43 ± 4.0 98.5
3713 AUDAX 1 F30PA12 3 38 GUI PLAN 8 78.0 86.0 6.80 8.300 1.930 1.566 30.6 7.3 670.0 0.40 ± 3.5 96.0
885 AUDAX 1 HD35S66 3 38 --- G 8 18.0 735.0 5.40 4.000 0.230 0.217 70.8 13.7 687.0 1.26 ± 5.0 96.4
2493 AUDAX 1 HD38S100 3 38 --- PAV 8 15.0 941.7 5.50 4.390 0.130 0.126 130.6 22.8 880.0 1.43 ± 3.5 97.5
1236 AUDAX 1 LFP504 3 38 --- G 8 36.0 193.0 5.80 4.700 0.300 0.282 110.6 22.0 880.0 2.20 ± 5.5 98.2
1237 AUDAX 1 PR380M0 3 38 --- G 8 20.0 710.0 6.10 4.830 0.230 0.220 101.9 18.4 900.0 0.74 ± 3.8 97.1
1238 AUDAX 1 PR380M2 5 38 --- PAV 8 23.8 376.0 5.80 1.390 0.170 0.151 141.3 26.8 917.8 0.75 ± 5.5 98.1
2488 AUDAX 1 PR380M2 v2009 5 38 --- PAV 8 25.0 380.0 5.80 12.000 0.194 0.191 121.8 23.9 900.0 0.00 ± 5.5 98.3
1239 AUDAX 1 PR380T0 3 38 --- G 8 52.0 130.0 6.00 4.130 0.750 0.635 79.4 14.4 883.9 0.65 ± 4.2 97.1
3745 AUDAX 1 PR380T0 vp_d 6 38 --- G 8 50.5 137.8 5.50 3.720 0.540 0.472 79.4 16.0 883.9 0.65 ± 4.2 98.8
3746 AUDAX 1 PR380T0 vp_g 6 38 --- G 8 56.9 108.5 5.60 3.630 0.630 0.537 79.3 15.9 883.9 0.65 ± 4.2 98.6
1240 AUDAX 1 PR380T10 3 38 --- BM 8 49.0 107.0 5.60 4.060 0.340 0.314 109.7 23.6 888.2 1.29 ± 5.5 99.2
1241 AUDAX 1 PR380T2 3 38 --- G 4 52.0 92.0 3.10 3.620 0.610 0.522 114.2 13.8 892.0 0.45 ± 3.8 99.4
1242 AUDAX 1 PR380T4 1 38 --- BM 8 49.0 107.0 5.60 4.060 0.350 0.322 108.4 23.1 883.1 1.43 ± 5.5 99.1
3787 AUDAX 1 PR380T6 vp 6 38 --- BM 4 58.1 63.4 3.30 1.890 0.230 0.205 130.4 26.1 883.9 1.70 ± 4.0 103.2
1243 AUDAX 1 PR380W0 3 38 --- PAV 8 50.0 189.0 4.90 2.220 0.170 0.158 60.2 23.3 892.0 0.65 ± 3.5 105.6
1244 AUDAX 1 PR38EX100VST 3 38 --- G 8 47.7 117.9 5.83 16.880 0.380 0.372 102.6 21.7 878.2 1.43 ± 4.0 98.7
3952 AUDAX 1 PR38EX100VST vp 0.5MM 6 38 --- G 8 47.7 117.9 5.83 16.880 0.380 0.372 102.6 21.7 878.2 1.43 ± 0.5 98.7
3953 AUDAX 1 PR38EX100VST vp 1MM 6 38 --- G 8 47.7 117.9 5.83 16.880 0.380 0.372 102.6 21.7 878.2 1.43 ± 1.0 98.7
3954 AUDAX 1 PR38EX100VST vp 2MM 6 38 --- G 8 47.7 117.9 5.83 16.880 0.380 0.372 102.6 21.7 878.2 1.43 ± 2.0 98.7
3747 AUDAX 1 PR38EX100VST vp_b 6 38 --- G 8 44.1 137.8 5.90 12.280 0.390 0.378 102.6 20.7 878.2 1.43 ± 4.0 98.2
3748 AUDAX 1 PR38EX100VST vp_n 6 38 --- G 8 49.1 111.0 6.20 12.140 0.390 0.378 102.9 22.5 878.2 1.43 ± 4.0 98.4
1245 AUDAX 1 PR38EX66UST 3 38 --- G 8 33.0 309.0 5.80 2.940 0.390 0.344 82.2 15.9 880.0 0.00 ± 4.0 97.9
1246 AUDAX 1 PR38LEX100VST 3 38 --- BM 8 38.7 221.1 5.90 5.590 0.270 0.258 83.5 21.1 880.0 1.43 ± 4.0 100.1
3425 AUDAX 1 PR38LEX100VST vp CBM 6 38 --- G 8 42.0 195.0 5.70 4.690 0.370 0.343 80.4 18.1 880.0 0.00 ± 3.5 99.4
1247 AUDAX 1 PR38LXT250 3 38 --- BM 8 43.5 193.0 5.80 4.700 0.290 0.273 75.7 20.3 880.0 1.43 ± 4.0 100.8
1248 AUDAX 1 PR38S100 3 38 --- PAV 8 24.0 423.0 5.50 3.470 0.180 0.171 114.0 22.9 882.0 1.43 ± 3.5 98.8
1249 AUDAX 1 PR38S100VST 3 38 --- G 8 33.0 218.1 6.10 1.900 0.270 0.236 116.5 23.4 880.0 1.43 ± 4.0 97.8
2715 AUDAX 1 PR38S100VST vp 6 38 --- G 8 33.8 186.0 6.30 6.000 0.300 0.286 130.2 24.1 880.0 1.40 ± 4.0 96.8
2727 AUDAX 1 PR38S100VST vp M 6 38 --- G 8 30.3 234.0 5.79 5.890 0.299 0.285 128.8 21.8 880.0 1.40 ± 4.0 96.8
2019 AUDAX 1 PR38SM250 3 38 --- PAV 8 19.5 660.0 5.80 9.100 0.180 0.177 110.2 20.9 880.0 1.43 ± 4.0 97.7
1250 AUDAX 1 PR38ST250 3 38 --- G 8 38.0 193.0 5.80 5.300 0.330 0.311 99.3 20.4 880.0 1.43 ± 5.0 98.5
1251 AUDAX 1 PR38ST350 3 38 --- G 8 36.0 193.0 5.80 8.400 0.290 0.280 110.6 22.4 880.0 2.20 ± 5.5 98.3
2015 AUDAX 1 PR38XM150 3 38 --- G 8 19.5 690.0 5.80 2.700 0.300 0.270 105.4 15.8 880.0 1.28 ± 3.5 95.7
2016 AUDAX 1 PR38XT150 3 38 --- G 8 43.6 200.0 5.80 4.000 0.470 0.421 72.8 15.7 880.0 1.28 ± 3.5 98.9
2017 AUDAX 1 PR38XT250 3 38 --- G 8 38.0 193.0 5.80 5.300 0.330 0.311 99.3 20.4 880.0 1.43 ± 4.0 98.5
2018 AUDAX 1 PR38XT350 3 38 --- G 8 36.0 193.0 5.80 8.400 0.290 0.280 110.6 22.4 880.0 2.21 ± 5.5 98.3
3712 AUDAX 1 SON30H 3 38 GUI PLAN 8 78.0 86.0 6.80 8.300 1.930 1.566 30.6 7.3 670.0 0.40 ± 3.5 96.0
1252 AUDAX 1 WOOFEX 34 3 38 --- PAV 8 26.6 653.8 6.00 1.920 0.110 0.104 44.0 20.0 754.8 0.00 ± 4.0 103.7

Base de données du site de Dominique PETOIN http://petoindominique.fr --- Reproduction interdite sans mon accord écrit, consultation via le site autorisée même en usage professionnel.


En bleu, les valeurs entrées en base de données. En blanc, les valeurs calculées avec les formule ci-dessous.
En rouge, une erreur pratiquement certaine, une confusion entre impédance et résistance au courant continu de la bobine du HP.

  • Qts=Qms*Qes/(Qms+Qes)
  • Mms=(C*Sd/(2*Pi*Fs))2*Ro/VAS
  • Rd=racine(Sd/pi)
  • Mmrf=(8*Ro*Rd3)/3
  • Mmd=Mms-Mmrf
  • Rms=2*Pi*Fs*Mms/Qms
  • B.L=(2*Pi*Fs*Mms*Re/Qes)1/2
  • Rend=(4*Pi2/C3)*(Fs3*VAS/Qes)*100
  • Sens=10*LOG(Rend/100)+112.1+10*LOG(8/Re) en dB/2.83V/m
  • Sens=10*LOG(Rend/100)+112.1 en dB/W/m

En cas de différence entre les données calculées et celles indiquées par le fabricant du HP, vérifiez si les valeurs en bleu sont identiques à celles du fabricant.
Si c'est le cas, dites vous bien qu'un calcul informatique ne peut pas être a la fois juste pour un HP et faux pour un autre. Le calcul est soit juste pour tous, soit faux pour tous. J'ai vérifié soigneusement...


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Dôme acoustique : La conception des enceintes acoustiques.


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