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Paramètres de THIELE et SMALL des haut-parleurs

Mise à jour : 28 février 2024

 

 

Constante de calcul :

Mise à jour du sous-programme : 25 juin 2024, Antimode 11, l'altitude pas défaut est passée de 50 à 100 m.

Définition Paramètre Valeur Calculs intermédiaires
Température de l'air Temp 20.0 °C Pression de référence à 0 m : 101325.0 Pa
Pression à 100.0 m : 100129.4 Pa

Ro air sec = 1.19 kg/m3
C air sec = 343.10 m/s

Ro vapeur = 0.74 kg/m3
C vapeur = 435.22 m/s
Altitude H 100.0 m
Humidité relative de l'air Hr 40.0 %
Célérité du son C 343.711 m/s
Masse volumique de l'air à 40% d'Hr Ro 1.187 kg/m3
Impédance du milieu Zi 407.8 kg/(m2*s)

 

 

Paramètres de THIELE et SMALL des haut-parleurs .

 

Antivol : Les valeurs Qms et Qes sont volontairement masquées, dès que le nombre de réponses dépassent 10.


HP
T&S
Marque Avis
mar-
que
Référence Avis
HP
Diam
cm
Type Type
calculé
Imp
Ω
Fs
Hz
Vas
L
Re
Ω
Qms Qes Qts Sd Mms
g
B.L
N/A
Le
mH
Sens
dB/
2.83V
/m
Xmax
±mm
Paes
W
SPL
dB
31 DAVIS 0 100 CKW8 DF3 10 STD BM 8.00 61.0 3.8 6.40 --- --- 0.31 40.0 4.0 5.1 0.53 86.6 ±5.0 50 103.6
113 DAVIS 0 13KLV5A1 12 STD BM 8.00 49.0 12.1 6.13 --- --- 0.34 76.0 7.1 5.8 0.59 88.6 ±3.0 60 100.1
4742 DAVIS 0 13KLV5AR1 12 STD BM 8.00 49.0 10.6 6.20 --- --- 0.34 76.0 8.1 6.2 0.00 88.0 ±3.0 60 100.1
114 DAVIS 0 13KLV5MA1 12 STD BM 8.00 55.0 10.6 6.27 --- --- 0.37 76.0 6.4 5.7 0.29 89.2 ±3.0 40 101.4
4619 DAVIS 0 13KLV5MA vp16 12 STD BM 8.00 67.5 5.3 6.21 --- --- 0.47 76.0 8.5 6.4 0.15 87.9 ±3.0 40 103.1
4621 DAVIS 0 13KLV5MA vp26 12 STD BM 8.00 73.1 5.0 6.25 --- --- 0.46 76.0 7.7 6.4 0.16 88.7 ±3.0 40 104.6
4622 DAVIS 0 13KLV5MA vp36 12 STD BM 8.00 68.6 4.8 6.02 --- --- 0.49 76.0 9.1 6.4 0.15 87.5 ±3.0 40 103.0
4620 DAVIS 0 13KLV5MA vp46 12 STD BM 8.00 73.2 5.0 5.97 --- --- 0.51 76.0 7.7 5.9 0.15 88.3 ±3.0 40 103.8
7692 DAVIS 0 13KLV5MA-R1 12 STD BM 8.00 62.8 8.1 6.11 --- --- 0.36 74.5 6.2 6.3 0.00 90.4 ±3.0 100 103.8
6736 DAVIS 0 13KLV5R1 12 STD G 8.00 72.2 5.4 6.34 --- --- 0.53 76.0 7.3 5.8 0.00 88.1 ±3.0 60 103.4
115 DAVIS 0 13KVL5AM3 12 STD G 8.00 50.0 11.8 7.47 --- --- 0.69 76.0 7.0 4.5 0.93 84.8 ±2.5 40 93.9
116 DAVIS 0 13MC5A3 12 STD G 8.00 54.4 9.2 6.65 --- --- 0.46 80.0 8.3 6.2 0.50 87.5 ±3.0 50 99.9
4727 DAVIS 0 13MC5R1 12 STD BM 8.00 62.2 7.7 6.35 --- --- 0.37 76.0 6.9 6.3 0.60 89.3 ±3.0 50 103.6
117 DAVIS 0 13MP5A1 12 STD G 8.00 67.0 7.6 6.67 --- --- 0.49 76.0 6.0 5.3 0.64 88.6 ±3.0 50 102.5
7531 DAVIS 0 13MP5AG3 12 STD BM 8.00 60.0 6.5 5.10 --- --- 0.34 76.0 8.8 6.6 1.37 89.6 ±3.7 50 105.6
118 DAVIS 0 13MP5G1 12 LB BM 8.00 80.0 6.0 6.85 --- --- 0.43 76.0 5.3 6.0 0.25 90.5 ±3.0 50 106.7
6490 DAVIS 0 13MP5G vpD 11.0g6 12 LB M 8.00 140.0 1.1 6.90 --- --- 0.54 76.1 9.6 9.5 0.25 89.3 ±1.2 50 106.8
6491 DAVIS 0 13MP5G vpD 5.0g6 12 LB M 8.00 140.0 1.6 6.90 --- --- 0.54 76.1 6.6 7.9 0.25 91.0 ±1.5 50 108.4
6488 DAVIS 0 13MP5G vpG 11.0g6 12 LB M 8.00 139.8 1.4 7.00 --- --- 0.55 76.1 7.5 8.4 0.25 90.3 ±1.4 50 107.8
6487 DAVIS 0 13MP5G vpG 5.0g6 12 LB M 8.00 139.8 1.5 7.00 --- --- 0.55 76.1 7.0 8.1 0.25 90.6 ±1.4 50 108.1
5171 DAVIS 0 13MP5GR1 12 STD M 8.00 91.8 6.6 6.35 --- --- 0.40 76.0 3.7 5.4 0.00 93.3 ±3.0 50 109.7
119 DAVIS 0 13MRP1 12 LB M 8.00 81.0 7.5 6.93 --- --- 0.32 76.0 4.2 6.2 0.42 92.8 ±3.0 60 109.3
2538 DAVIS 0 13MV53 12 STD BM 8.00 58.3 9.6 6.45 --- --- 0.35 79.0 6.8 6.4 0.59 89.8 ±3.0 30 103.3
8001 DAVIS 0 13 DE 51 14 LB M 8.00 107.0 4.8 5.97 --- --- 0.39 103.0 6.9 7.7 0.00 94.3 ±2.0 80 111.6
6171 DAVIS 0 130 CKW 802 14 CAR G 4.00 70.4 5.4 3.58 --- --- 0.61 81.7 8.9 4.3 0.30 89.4 ±3.5 80 104.0
6538 DAVIS 0 130 VT3 14 CAR G 4.00 70.4 5.4 3.58 --- --- 0.61 81.7 8.9 4.3 0.30 89.4 ±4.4 80 106.0
8139 DAVIS 0 13DE51 14 LB M 8.00 107.0 4.8 5.97 --- --- 0.39 103.0 6.9 7.7 0.00 94.3 ±2.0 80 111.6
2473 DAVIS 0 165 MRP1 14 LB BM 8.00 87.5 11.9 6.70 --- --- 0.59 110.0 4.7 5.3 0.00 93.8 ±3.8 50 111.2
4923 DAVIS 0 165 MRP 16 Ohms3 14 LB BM 16.00 87.5 11.9 13.40 --- --- 0.59 110.0 4.7 7.4 0.00 90.7 ±3.8 50 111.2
5219 DAVIS 0 165 MRP TRAITE vp6 14 LB G 4.00 52.3 11.8 2.08 --- --- 0.59 109.4 13.1 3.2 0.25 90.8 ±4.1 50 102.8
7138 DAVIS 0 165 CKW 802 17 CAR G 4.00 57.3 15.5 3.68 --- --- 0.64 141.0 13.9 4.8 0.30 91.0 ±3.5 80 104.9
6511 DAVIS 0 165KLVXL2 17 CAR G 4.00 57.3 15.5 3.68 --- --- 0.64 141.0 13.9 4.8 0.30 91.0 ±5.1 90 108.2
7126 DAVIS 0 16GK Class A6 17 STD BM 4.00 86.7 3.8 3.89 --- --- 0.50 141.0 24.5 9.4 0.75 91.4 ±2.0 90 108.9
248 DAVIS 0 16GKLV6M1 17 STD BM 8.00 60.0 17.7 6.00 --- --- 0.35 141.0 11.1 7.9 0.37 93.0 ±4.0 90 111.4
6262 DAVIS 0 16GKLV6R1 17 STD BM 8.00 61.5 16.5 5.99 --- --- 0.40 141.0 11.4 7.6 0.00 92.4 ±4.0 90 110.6
3962 DAVIS 0 16TK63 17 LB G 8.00 43.0 30.0 6.10 --- --- 0.49 136.0 11.8 5.7 1.00 89.1 ±6.0 90 106.0
5281 DAVIS 0 16TK6 v20153 17 STD G 8.00 51.5 17.7 5.81 --- --- 0.38 141.0 15.0 7.9 0.66 90.7 ±5.0 90 109.8
3279 DAVIS 0 17 CSA3 17 STD G 8.00 40.8 27.2 6.16 --- --- 0.42 141.0 15.6 7.4 0.44 89.3 ±3.0 80 100.6
3168 DAVIS 0 17 CSADB3 17 DB G 4.00 69.0 8.6 3.10 --- --- 0.61 141.0 17.2 5.9 0.35 92.4 ±3.0 80 107.0
6484 DAVIS 0 17 CSADB vp 10.0g6 17 DB G 8.00 63.1 10.9 4.01 --- --- 0.52 141.0 16.3 6.7 0.35 91.7 ±3.0 80 106.5
6485 DAVIS 0 17 CSADB vp 16.5g6 17 DB G 8.00 63.1 10.3 4.01 --- --- 0.52 141.0 17.3 6.9 0.35 91.5 ±3.0 80 106.5
6486 DAVIS 0 17 CSADB vp 21.0g6 17 DB G 8.00 63.1 9.6 4.01 --- --- 0.52 141.0 18.5 7.1 0.35 91.1 ±3.0 80 106.5
6738 DAVIS 0 17KLV63 17 STD G 8.00 45.0 24.0 6.20 --- --- 0.33 141.0 14.5 8.0 0.60 90.5 ±3.0 50 104.2
249 DAVIS 0 17KLV6A3 17 STD G 8.00 43.0 30.0 6.16 --- --- 0.49 141.0 12.7 5.9 0.61 89.0 ±3.0 50 100.3
3676 DAVIS 0 17KLV6A vp6 17 STD G 8.00 46.7 22.7 6.41 --- --- 0.49 141.0 14.3 6.7 0.49 88.8 ±3.0 50 101.7
4657 DAVIS 0 17KLV6R1 17 STD G 8.00 54.4 21.7 6.36 --- --- 0.54 141.0 11.0 6.0 0.41 90.2 ±3.0 50 103.7
6523 DAVIS 0 17KLV6TDF3 17 STD G 8.00 59.8 11.8 6.80 --- --- 0.59 141.0 16.7 7.9 0.30 88.4 ±3.0 50 104.7
3681 DAVIS 0 17MP6GR1 17 STD G 8.00 53.1 24.7 6.36 --- --- 0.48 141.0 10.1 6.0 0.00 90.9 ±3.0 50 104.1
4740 DAVIS 0 17MP6R3 17 STD G 8.00 55.6 16.2 6.30 --- --- 0.49 141.0 14.1 7.1 0.00 89.5 ±3.0 50 104.8
250 DAVIS 0 17MRP1 17 LB BM 8.00 77.0 14.5 6.19 --- --- 0.54 125.0 6.5 5.3 0.59 93.0 ±1.5 40 102.6
251 DAVIS 0 19KLV6T1 17 STD G 8.00 43.0 30.0 6.20 --- --- 0.49 141.0 12.7 5.9 0.61 89.0 ±5.0 60 104.7
252 DAVIS 0 19KVL6AM3 17 STD G 8.00 51.0 25.9 6.33 --- --- 0.83 141.0 10.5 4.4 0.60 87.9 ±2.5 60 99.1
253 DAVIS 0 19MP6R3 17 STD G 8.00 53.0 17.1 5.04 --- --- 0.55 141.0 14.7 6.0 0.52 89.7 ±3.0 60 103.1
3313 DAVIS 0 19MP6R v23 17 STD G 8.00 44.0 17.7 5.40 --- --- 0.44 141.0 20.6 7.7 1.00 88.3 ±3.0 60 101.5
7811 DAVIS 0 19MP6R v20221 17 STD G 8.00 44.6 42.2 5.40 --- --- 0.44 157.0 10.4 5.5 0.54 92.3 ±3.0 60 102.6
3487 DAVIS 0 20DE81 21 LB G 8.00 33.4 175.0 6.51 --- --- 0.33 213.0 8.3 5.2 0.26 94.9 ±2.0 80 99.1
6056 DAVIS 0 20DE8 vp16 21 LB G 8.00 29.6 182.0 6.51 --- --- 0.42 213.0 10.1 5.2 0.26 93.0 ±2.0 80 95.1
6208 DAVIS 0 20DE8 vp26 21 LB G 8.00 28.9 182.0 6.51 --- --- 0.45 213.0 10.6 5.0 0.26 92.4 ±2.0 80 94.1
6617 DAVIS 0 20DE8 vp36 21 LB G 8.00 33.0 182.0 6.51 --- --- 0.45 213.0 8.1 4.6 0.26 93.8 ±2.0 80 96.4
6619 DAVIS 0 20DE8 vp46 21 LB G 8.00 28.9 182.0 6.51 --- --- 0.37 213.0 10.6 5.4 0.26 93.0 ±2.0 80 95.8
465 DAVIS 0 20GKLV8TDF3 21 STD BM 8.00 77.0 19.5 6.09 --- --- 0.45 208.0 13.3 8.6 0.19 95.4 ±3.3 100 115.3
4548 DAVIS 0 20GKLV8TDF - 23 21 STD G 8.00 58.2 30.0 6.80 --- --- 0.42 208.0 15.1 8.6 0.09 93.3 ±4.5 100 113.6
5330 DAVIS 0 20GKLV8TDF-8 v20153 21 STD BM 8.00 77.0 19.5 6.09 --- --- 0.45 208.0 13.3 8.6 0.19 95.4 ±3.3 100 115.3
466 DAVIS 0 20GRADF1 21 STD G 8.00 43.0 36.0 6.30 --- --- 0.40 213.0 24.2 8.8 0.50 90.3 ±4.6 80 109.2
7549 DAVIS 0 20GRADFR6 21 STD G 8.00 43.0 55.0 6.40 --- --- 0.47 216.4 16.4 7.2 0.18 92.0 ±6.0 80 110.4
2095 DAVIS 0 20KLV81 21 STD G 8.00 46.0 41.2 5.88 --- --- 0.39 213.0 18.5 8.4 0.22 92.9 ±5.7 100 112.6
5225 DAVIS 0 20KLV8 vp clio6 21 STD G 8.00 53.2 25.6 5.80 --- --- 0.48 213.0 22.3 8.8 0.22 91.7 ±4.6 100 111.4
4559 DAVIS 0 20MC83 21 STD G 8.00 35.0 75.0 6.10 --- --- 0.35 213.0 17.5 7.6 0.68 92.1 ±3.2 40 103.4
467 DAVIS 0 20MC8A3 21 STD G 8.00 37.0 54.0 5.24 --- --- 0.54 213.0 21.8 6.4 0.49 90.1 ±3.2 40 101.0
3365 DAVIS 0 20MC8A vp6 21 STD G 8.00 45.1 52.5 5.30 --- --- 0.55 213.0 15.1 6.0 0.77 92.5 ±3.2 40 104.3
7190 DAVIS 0 20MP8 vp6 21 STD G 8.00 37.5 58.0 6.25 --- --- 0.36 210.0 19.2 8.4 0.00 91.9 ±3.5 50 105.1
3549 DAVIS 0 20MP8GAW3 21 STD SUB 8.00 34.0 47.0 7.54 --- --- 0.69 214.0 29.9 7.5 0.63 85.6 ±6.0 70 103.8
468 DAVIS 0 20MP8GAW v13 21 STD SUB 8.00 34.0 47.0 7.54 --- --- 0.69 213.0 29.7 7.5 0.63 85.6 ±6.0 70 103.8
469 DAVIS 0 20MP8GAW v23 21 STD G 8.00 42.0 69.0 7.34 --- --- 0.51 213.0 13.2 6.3 0.63 91.4 ±6.0 70 109.2
2225 DAVIS 0 20MP8GAW v3 20093 21 STD SUB 8.00 30.0 47.0 7.54 --- --- 0.69 213.0 38.1 8.0 0.63 84.0 ±6.0 70 101.6
3662 DAVIS 0 20MP8GR1 21 STD G 8.00 37.4 83.2 6.40 --- --- 0.42 213.0 13.8 6.4 0.60 92.3 ±6.0 80 108.7
470 DAVIS 0 20MP8GT1 21 LB G 8.00 38.0 48.7 6.56 --- --- 0.58 217.0 23.8 7.4 0.64 88.8 ±6.0 75 106.8
254 DAVIS 0 20MP8R1 21 LB G 8.00 34.0 31.9 6.56 --- --- 0.57 212.1 43.3 9.2 0.57 85.3 ±4.6 50 102.4
2703 DAVIS 0 20MPR83 21 STD G 8.00 34.0 31.9 6.56 --- --- 0.57 216.0 44.9 9.4 0.57 85.3 ±3.0 50 98.8
4269 DAVIS 0 20SC8R1 21 STD G 8.00 35.3 78.8 6.03 --- --- 0.27 213.0 16.5 8.4 0.00 93.7 ±4.0 80 108.1
3829 DAVIS 0 20SCA8 vp6 21 STD G 8.00 42.0 65.0 6.30 --- --- 0.33 213.0 14.1 7.8 0.00 94.0 ±3.0 50 106.7
3877 DAVIS 0 20SCA8K3 21 STD G 8.00 41.5 64.6 6.60 --- --- 0.30 213.0 14.5 8.4 0.80 94.0 ±3.0 50 107.4
471 DAVIS 0 20TK83 21 STD BM 8.00 77.0 19.5 6.09 --- --- 0.45 208.0 13.3 8.6 0.19 95.4 ±3.0 100 114.5
3754 DAVIS 0 20TK8 clio6 21 STD G 8.00 52.6 26.8 6.70 --- --- 0.39 208.0 20.7 10.5 0.93 92.4 ±3.0 100 109.0
3832 DAVIS 0 20TK8R1 21 LB G 8.00 40.7 56.1 7.15 --- --- 0.45 213.0 17.4 8.2 0.80 91.5 ±6.0 100 109.6
5260 DAVIS 0 20TK8R v20151 21 LB G 8.00 40.7 56.1 7.15 --- --- 0.45 213.0 17.4 8.2 0.80 91.5 ±6.0 100 109.6
5078 DAVIS 0 20TK8R vp6 21 LB PLAN 8.00 48.2 45.7 7.15 --- --- 0.92 213.0 15.2 5.7 0.13 89.5 ±6.0 100 109.2
472 DAVIS 0 21KLV83 21 STD G 8.00 46.0 41.2 5.88 --- --- 0.39 213.0 18.5 8.4 0.22 92.9 ±5.7 100 112.6
1814 DAVIS 0 21MRP1 21 LB G 8.00 61.2 52.0 6.30 --- --- 0.66 213.0 8.3 5.3 0.50 95.3 ±3.0 60 108.2
473 DAVIS 0 21MRP v13 21 LB BM 8.00 61.0 52.0 6.30 --- --- 0.40 213.0 8.3 6.2 0.50 96.5 ±3.0 60 111.5
3798 DAVIS 0 25GC10R1 25 STD G 8.00 37.2 80.9 4.94 --- --- 0.40 330.0 34.6 9.2 0.55 93.5 ±5.7 100 112.4
2344 DAVIS 0 25GCA10W3 25 STD G 8.00 26.0 109.0 5.96 --- --- 0.33 330.0 52.5 11.4 0.53 90.2 ±4.0 80 104.6
2520 DAVIS 0 25GCA10W v20083 25 STD G 8.00 25.7 234.7 6.69 --- --- 0.26 330.0 24.9 9.3 0.77 93.9 ±4.0 80 106.6
2348 DAVIS 0 25GCA10W v20093 25 STD G 8.00 26.0 235.0 6.70 --- --- 0.33 330.0 24.3 8.3 0.60 93.0 ±4.0 80 104.6
3353 DAVIS 0 25GCA10W v20113 25 STD G 8.00 25.7 235.0 6.70 --- --- 0.33 330.0 24.9 8.3 0.60 92.8 ±4.0 80 104.4
5787 DAVIS 0 25GCA10WR vp6 25 STD G 8.00 39.2 74.4 5.96 --- --- 0.41 330.0 33.8 10.2 0.16 93.0 ±6.0 130 113.6
5069 DAVIS 0 25SCA10T1 25 STD G 8.00 41.0 91.3 6.81 --- --- 0.45 328.4 25.0 9.1 0.61 93.4 ±4.8 60 111.6
705 DAVIS 0 25SCA10W1 25 STD G 8.00 28.0 109.0 5.96 --- --- 0.33 330.0 45.2 11.0 0.53 91.1 ±4.0 60 105.9
3755 DAVIS 0 25SCA10W clio6 25 STD G 8.00 40.2 55.3 6.00 --- --- 0.39 330.0 43.2 11.8 0.89 92.1 ±3.5 60 109.6
2951 DAVIS 0 25SCA10W vp6 25 STD G 8.00 28.0 267.0 5.96 --- --- 0.29 336.0 19.2 7.7 0.53 95.6 ±4.0 60 107.4
6759 DAVIS 0 25SCA10WR1 25 STD G 8.00 24.6 237.7 6.87 --- --- 0.33 330.0 26.9 8.6 0.68 92.2 ±5.0 100 105.7
7037 DAVIS 0 25SCA10WR-8 v20183 25 STD G 8.00 28.0 109.0 5.96 --- --- 0.33 330.0 45.2 11.0 0.53 91.1 ±5.0 100 107.9
3200 DAVIS 0 25XXL vp6 25 CAR G 8.00 46.2 34.9 4.10 --- --- 0.38 268.8 34.5 9.4 0.13 93.6 ±4.5 150 112.7
706 DAVIS 0 28MP101 25 STD PLAN 8.00 40.0 80.1 5.15 --- --- 1.42 330.0 30.2 4.3 0.57 87.8 ±3.0 60 103.9
965 DAVIS 0 31ST121 31 STD SUB 8.00 31.0 58.0 6.21 --- --- 0.81 460.0 134.8 12.4 1.17 85.2 ±4.1 100 105.0
6928 DAVIS 0 31ST12 v20183 31 STD G 8.00 34.1 195.7 7.05 --- --- 0.43 460.0 33.1 9.4 1.16 93.9 ±5.0 100 112.0
966 DAVIS 0 31ST12M1 31 STD G 8.00 24.0 260.0 6.30 --- --- 0.40 460.0 50.2 9.8 1.01 91.6 ±8.9 100 111.5
2290 DAVIS 0 31ST12M v20093 31 STD G 8.00 22.0 398.0 6.97 --- --- 0.39 567.5 59.4 10.6 0.80 91.8 ±9.0 100 112.1
3642 DAVIS 0 31ST12M v20111 31 STD G 8.00 24.0 260.0 6.30 --- --- 0.40 460.0 50.2 9.8 1.10 91.6 ±8.9 100 111.5
967 DAVIS 0 31TCA123 31 STD G 8.00 34.0 149.0 5.80 --- --- 0.30 543.0 60.8 15.1 0.80 95.9 ±6.0 200 118.2
5694 DAVIS 0 31TCA12 N16 31 STD G 8.00 51.1 84.1 6.21 --- --- 0.48 545.0 48.0 13.1 0.52 96.1 ±4.7 200 119.1
2285 DAVIS 0 31TCA12 v20093 31 STD G 8.00 32.5 222.0 7.00 --- --- 0.31 543.0 44.6 13.4 0.80 95.9 ±6.0 200 117.0
4082 DAVIS 0 31TCA12 v20121 31 STD G 8.00 38.0 216.0 6.90 --- --- 0.33 530.0 32.0 12.3 0.80 97.9 ±6.0 200 118.8
5517 DAVIS 0 31TCA12 v20153 31 STD G 8.00 48.5 92.3 5.81 --- --- 0.44 538.0 47.4 12.8 0.52 96.5 ±5.0 200 119.2
5524 DAVIS 0 31TCA12 vn26 31 STD G 8.00 51.8 78.4 6.18 --- --- 0.48 538.0 48.8 13.2 0.52 96.0 ±4.6 200 119.0
5724 DAVIS 0 31TCA12 vp6 31 STD G 8.00 49.1 107.8 6.21 --- --- 0.46 535.0 39.1 11.8 0.52 96.9 ±5.5 200 119.9
6714 DAVIS 0 31TCA12 vp 2018 CLIO POCKET6 31 STD G 8.00 45.8 86.8 6.21 --- --- 0.45 538.0 56.5 13.8 0.52 95.0 ±5.0 200 118.0
7889 DAVIS 0 31TCA12 vp rc6 31 STD G 8.00 32.5 222.0 6.60 --- --- 0.31 543.0 44.6 13.1 0.65 96.2 ±6.0 200 116.8
7892 DAVIS 0 31TCA12 vp rc1 d6 31 STD G 8.00 35.0 169.8 6.73 --- --- 0.53 530.9 48.1 10.5 0.80 93.2 ±6.0 200 113.7
7893 DAVIS 0 31TCA12 vp rc1 g6 31 STD G 8.00 39.0 202.9 6.70 --- --- 0.48 530.9 32.4 9.8 0.80 96.1 ±6.0 200 116.3
5733 DAVIS 0 31TCA12 vp26 31 STD G 8.00 46.4 113.1 6.18 --- --- 0.45 535.0 41.7 11.9 0.51 96.4 ±5.7 200 119.4
5520 DAVIS 0 31TCA12 vp2015 n16 31 STD G 8.00 51.8 78.4 6.18 --- --- 0.48 538.0 48.8 13.2 0.52 96.0 ±4.6 200 119.0
5518 DAVIS 0 31TCA12 vp2015 n26 31 STD G 8.00 48.5 85.1 6.17 --- --- 0.47 538.0 51.4 13.3 0.51 95.6 ±4.9 200 118.5
5739 DAVIS 0 31TCA12 vp36 31 STD G 8.00 49.1 115.6 6.16 --- --- 0.45 535.0 36.5 11.5 0.52 97.3 ±5.6 200 120.2
968 DAVIS 0 31TCA12W3 31 STD G 8.00 27.0 335.0 6.28 --- --- 0.28 530.0 40.8 11.7 0.99 96.2 ±6.0 200 114.4
7465 DAVIS 0 31TK121 31 STD G 8.00 38.1 216.0 6.90 --- --- 0.31 543.0 33.4 12.6 0.63 98.0 ±5.0 150 118.0
7628 DAVIS 0 31TK12-M vp6 31 STD G 8.00 27.8 376.0 7.35 --- --- 0.42 543.0 36.0 9.7 0.53 94.5 ±5.0 150 110.1
5851 DAVIS 0 31TPA vp nº1 dats v26 31 STD G 8.00 41.7 114.9 6.10 --- --- 0.40 535.0 50.8 13.0 0.50 95.5 ±4.8 150 117.1
5852 DAVIS 0 31TPA vp nº2 dats v26 31 STD G 8.00 46.4 96.4 6.09 --- --- 0.44 535.0 48.9 12.8 0.50 95.8 ±4.4 150 117.4
969 DAVIS 0 31TPA-12G3 31 STD G 8.00 37.0 213.5 5.10 --- --- 0.45 531.0 34.3 9.1 0.76 97.4 ±4.5 150 113.4
970 DAVIS 0 31TPG-A3 31 STD G 8.00 37.0 213.0 6.28 --- --- 0.45 460.0 25.8 8.8 1.10 96.5 ±4.5 150 112.1
971 DAVIS 0 KIT ALBEDO3 31 STD G 8.00 37.5 166.0 5.00 --- --- 0.46 460.0 32.2 8.7 0.75 96.5 ±5.0 150 113.1
4573 DAVIS 0 38RCA153 38 STD G 8.00 29.0 373.0 6.95 --- --- 0.24 804.0 73.2 19.3 1.10 98.2 ±5.0 200 119.2
2023 DAVIS 0 38RPA1 38 STD G 8.00 20.7 459.0 7.40 --- --- 0.28 804.2 116.8 19.2 0.00 93.6 ±4.0 200 110.0
7214 DAVIS 0 39GCA153 38 STD G 8.00 23.6 402.0 5.25 --- --- 0.33 804.0 103.0 15.1 1.47 95.6 ±7.5 300 116.2
8135 DAVIS 0 39GCA15 v20241 38 STD G 8.00 26.3 347.0 4.98 --- --- 0.33 892.0 118.1 16.7 1.47 96.6 ±7.5 300 118.9
7215 DAVIS 0 39GPA151 38 STD G 8.00 26.2 384.0 4.90 --- --- 0.34 804.0 86.8 14.0 1.51 97.0 ±7.5 300 117.8
7216 DAVIS 0 39RCA151 38 STD SUB 8.00 33.7 258.0 5.29 --- --- 0.61 804.0 78.6 11.3 0.85 95.3 ±4.0 200 112.2
7217 DAVIS 0 39RPA151 38 STD G 8.00 31.0 340.0 5.37 --- --- 0.27 907.0 89.4 18.3 1.14 99.3 ±4.0 200 118.3
1332 DAVIS 0 40RCA151 38 STD G 8.00 27.0 350.0 5.05 --- --- 0.28 804.0 90.0 16.3 1.13 97.7 ±5.0 200 116.4
4762 DAVIS 0 40RCA15 vp FD AUDIO6 38 STD G 8.00 22.7 446.0 6.10 --- --- 0.25 804.0 99.7 17.8 1.11 96.0 ±5.0 200 114.5
2536 DAVIS 0 40RCA15 vp16 38 STD G 8.00 21.0 450.0 4.65 --- --- 0.23 804.0 115.7 17.2 0.00 96.7 ±5.0 200 113.9
2537 DAVIS 0 40RCA15 vp26 38 STD G 8.00 26.6 410.0 4.10 --- --- 0.31 804.0 79.1 12.8 0.00 98.6 ±5.0 200 115.3
2637 DAVIS 0 40RCA15 vp36 38 STD G 8.00 26.2 380.7 5.39 --- --- 0.22 804.0 87.6 18.7 1.50 98.6 ±5.0 200 118.3
7986 DAVIS 0 40RCA15DF3 38 STD G 8.00 27.0 350.0 5.05 --- --- 0.28 804.0 90.0 16.3 1.13 97.7 ±5.0 200 116.4
3442 DAVIS 0 40RCADB vp6 38 DB G 8.00 36.0 187.0 4.00 --- --- 0.42 804.0 94.7 13.8 0.90 97.9 ±5.0 200 117.9
3136 DAVIS 0 40RCADF3 38 STD G 8.00 27.0 350.0 5.05 --- --- 0.28 804.0 90.0 16.3 1.13 97.7 ±5.0 200 116.4
4081 DAVIS 0 40XXXL3 38 STD G 8.00 35.6 211.1 4.84 --- --- 0.29 804.4 85.8 17.7 0.00 99.2 ±5.5 250 121.9

148 réponses.

Base de données du site de Dominique PETOIN https://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
  • Xmax et Puissance sont liés : Si la puissance calculée est environ 4 fois plus grande que celle indiquée par le fabricant, c'est qu'il y a un Xmax 2 fois trop grand.

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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