3-Rapport de test de performances de la bobine AXIS Helmholtz
1. Vue d'ensemble
1) Objectif du test | |||||||
① Grâce à l'analyse des résultats des tests, l'évaluation des performances du produit est obtenue ; ② Évaluer si le produit testé répond aux exigences techniques ; ③ Fournir des données de référence pour la conception du produit et le service après-vente, et fournir une base solide pour quitter l'usine. |
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2)Informations de base | |||||||
Numéro de série: | DXLT231011-422 | Modèle du produit: | 3DXHC12.5-1 | ||||
Nom du produit : | 3-Bobine de Helmholtz AXE | Temps de test : | 24 octobre 2023 | ||||
3) Environnement de test | |||||||
La sélection de l'environnement de détection est plus proche des conditions environnementales réelles utilisées par l'utilisateur, y compris des facteurs tels que la longueur du fil conducteur et la température ambiante. L'heure est sélectionnée dans l'intervalle de temps où la fluctuation du champ géomagnétique est faible. Avant le test, les instruments requis pour le test ont été allumés et réchauffés à l'avance, et l'environnement de mesure a été enregistré, comme le montre le tableau 1. |
Environnement de test | |||||||
Température Environnement | La température initiale du produit | Longueur de fil | Champ magnétique de l'environnement | ||||
18.0 degré | 18.0 degré | 4m | 0~30 000 nT | ||||
Tableau 1 Données de l'environnement de test |
2. Test des données du champ magnétique | |||||||
1) Utiliser l'équipement | |||||||
Alimentation d'excitation CC de haute précision DX DX-180 Gaussmètre |
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2) Test du champ magnétique | |||||||
Ce produit utilise les méthodes de mesure suivantes :
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Intensité du champ magnétique | |||||||
Non. | Courant affiché (A) | Tension affichée (V) | Force du champ magnétique (Gs) | ||||
X-Aix | 0.1 | - | 1.0061 | ||||
Y-AIXS | 0.1 | - | 1.0101 | ||||
Axe z | 0.1 | - | 1.0101 | ||||
Tableau 2 La force du champ magnétique | |||||||
Uniformité du champ magnétique | |||||||
Non. | Zone de mesure | Courant de mesure | Valeur maximale (Maximum) |
Valeur maximale (Min) |
Uniformité | Remarque | |
X-Aix | Ø35 mm | 0.1A | 1.0064G | 1.0044G | -0.17% | ||
Y-AIXS | Ø35 mm | 0.1A | 1.0101G | 1.0085G | -0.16% | ||
Axe z | Ø35 mm | 0.1A | 1.0106G | 1.0087G | -0.14% | ||
Tableau 3 Données d'uniformité | |||||||
3. Test du paramètre électrique | |||||||
1) Utiliser l'équipement | |||||||
Multimètre numérique UT71A | |||||||
Analyseur d'impédance TH2829C | |||||||
2) Méthode de test | |||||||
Elle est mesurée par un instrument numérique avec un circuit en pont et une mesure voltamétrique.
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Mesure de la résistance R | |||||||
Non. | Température du produit | Résistance testée | RésistanceR@20 degrés | RésistanceR@85 degrés | |||
X-Aix | 18.0 degré | 92.770Ω | 93.631Ω | 121.627Ω | |||
Y-AIXS | 18.0 degré | 92.150Ω | 93.006Ω | 120.814Ω | |||
Axe z | 18.0 degré | 91.700Ω | 92.551Ω | 120.224Ω | |||
Tableau 4 Données de résistance R | |||||||
Mesure de l'inductance Ls et de la réactance Z de l'axe X (niveau de test 5V) | |||||||
LsMIN[H] | FRÉQ[Hz] | Ls MAX[H] | FRÉQ[Hz] | ||||
28.8489m | 862.8 | 29.5923m | 20 | ||||
ZMIN[Ω] | FRÉQ[Hz] | Z MAX[Ω] | FRÉQ[Hz] | ||||
92.8812 | 20 | 203.816 | 1.00000k | ||||
Tableau 5 Données d'inductance Ls et de réactance Z sur l'axe X | |||||||
Inductance de l'axe X Ls, mesure de la réactance Z-scan | |||||||
AIGUILLAGE | FRÉQ[Hz] | Ls | Z | POINTS | FRÉQ[Hz] | Ls | Z |
1 | 20 | 29.5923m | 92.8812 | 102 | 514.9 | 28.8541m | 131.779 |
2 | 24.9 | 29.3836m | 92.9277 | 103 | 519.8 | 28.8538m | 132.409 |
3 | 29.8 | 29.2891m | 92.9817 | 104 | 524.7 | 28.8535m | 133.043 |
4 | 34.7 | 29.2081m | 93.0404 | 105 | 529.6 | 28.8535m | 133.681 |
5 | 39.6 | 29.1585m | 93.1061 | 106 | 534.5 | 28.8530m | 134.32 |
6 | 44.5 | 29.1098m | 93.1873 | 107 | 539.4 | 28.8529m | 134.963 |
7 | 49.4 | 29.0670m | 93.2694 | 108 | 544.3 | 28.8526m | 135.609 |
8 | 54.3 | 29.0637m | 93.369 | 109 | 549.2 | 28.8524m | 136.258 |
9 | 59.2 | 29.0432m | 93.4743 | 110 | 554.1 | 28.8523m | 136.909 |
10 | 64.1 | 29.0305m | 93.5773 | 111 | 559 | 28.8521m | 137.562 |
11 | 69 | 29.0188m | 93.6956 | 112 | 563.9 | 28.8519m | 138.218 |
12 | 73.9 | 28.9984m | 93.8198 | 113 | 568.8 | 28.8516m | 138.876 |
13 | 78.8 | 28.9846m | 93.9576 | 114 | 573.7 | 28.8514m | 139.537 |
14 | 83.7 | 28.9737m | 94.101 | 115 | 578.6 | 28.8512m | 140.201 |
15 | 88.6 | 28.9667m | 94.2522 | 116 | 583.5 | 28.8511m | 140.867 |
16 | 93.5 | 28.9596m | 94.4112 | 117 | 588.4 | 28.8508m | 141.535 |
17 | 98.4 | 28.9545m | 94.5751 | 118 | 593.3 | 28.8507m | 142.206 |
18 | 103.3 | 28.9493m | 94.7496 | 119 | 598.2 | 28.8507m | 142.88 |
19 | 108.2 | 28.9438m | 94.9327 | 120 | 603.1 | 28.8507m | 143.556 |
20 | 113.1 | 28.9394m | 95.1226 | 121 | 608 | 28.8505m | 144.234 |
21 | 118 | 28.9341m | 95.3209 | 122 | 612.9 | 28.8503m | 144.914 |
22 | 122.9 | 28.9303m | 95.5278 | 123 | 617.8 | 28.8504m | 145.598 |
23 | 127.8 | 28.9254m | 95.7402 | 124 | 622.7 | 28.8503m | 146.283 |
24 | 132.7 | 28.9209m | 95.9619 | 125 | 627.6 | 28.8504m | 146.97 |
25 | 137.6 | 28.9174m | 96.1925 | 126 | 632.5 | 28.8502m | 147.659 |
26 | 142.5 | 28.9137m | 96.4313 | 127 | 637.4 | 28.8501m | 148.35 |
27 | 147.4 | 28.9110m | 96.6762 | 128 | 642.3 | 28.8500m | 149.044 |
28 | 152.3 | 28.9093m | 96.9264 | 129 | 647.2 | 28.8500m | 149.74 |
29 | 157.2 | 28.9071m | 97.1871 | 130 | 652.1 | 28.8498m | 150.437 |
30 | 162.1 | 28.9055m | 97.4592 | 131 | 657 | 28.8498m | 151.137 |
31 | 167 | 28.9044m | 97.7269 | 132 | 661.9 | 28.8498m | 151.839 |
32 | 171.9 | 28.9023m | 98.0018 | 133 | 666.8 | 28.8498m | 152.543 |
33 | 176.8 | 28.9007m | 98.2923 | 134 | 671.7 | 28.8497m | 153.248 |
34 | 181.7 | 28.8987m | 98.5872 | 135 | 676.6 | 28.8496m | 153.955 |
35 | 186.6 | 28.8973m | 98.891 | 136 | 681.5 | 28.8496m | 154.665 |
36 | 191.5 | 28.8925m | 99.1961 | 137 | 686.4 | 28.8496m | 155.376 |
37 | 196.4 | 28.8904m | 99.5132 | 138 | 691.3 | 28.8494m | 156.089 |
38 | 201.3 | 28.8894m | 99.8373 | 139 | 696.2 | 28.8493m | 156.803 |
39 | 206.2 | 28.8878m | 100.168 | 140 | 701.1 | 28.8493m | 157.52 |
40 | 211.1 | 28.8866m | 100.504 | 141 | 706 | 28.8491m | 158.237 |
41 | 216 | 28.8859m | 100.849 | 142 | 710.9 | 28.8493m | 158.958 |
42 | 220.9 | 28.8850m | 101.199 | 143 | 715.8 | 28.8493m | 159.68 |
43 | 225.8 | 28.8838m | 101.556 | 144 | 720.7 | 28.8492m | 160.403 |
44 | 230.7 | 28.8831m | 101.919 | 145 | 725.6 | 28.8492m | 161.129 |
45 | 235.6 | 28.8822m | 102.289 | 146 | 730.5 | 28.8494m | 161.856 |
46 | 240.5 | 28.8813m | 102.664 | 147 | 735.4 | 28.8492m | 162.583 |
47 | 245.4 | 28.8807m | 103.047 | 148 | 740.3 | 28.8492m | 163.313 |
48 | 250.3 | 28.8797m | 103.434 | 149 | 745.2 | 28.8493m | 164.045 |
49 | 255.2 | 28.8785m | 103.829 | 150 | 750.1 | 28.8492m | 164.777 |
50 | 260.1 | 28.8776m | 104.23 | 151 | 755 | 28.8492m | 165.512 |
51 | 265 | 28.8769m | 104.636 | 152 | 759.9 | 28.8491m | 166.248 |
52 | 269.9 | 28.8759m | 105.049 | 153 | 764.8 | 28.8492m | 166.986 |
53 | 274.8 | 28.8753m | 105.467 | 154 | 769.7 | 28.8491m | 167.725 |
54 | 279.7 | 28.8743m | 105.891 | 155 | 774.6 | 28.8491m | 168.465 |
55 | 284.6 | 28.8732m | 106.32 | 156 | 779.5 | 28.8491m | 169.207 |
56 | 289.5 | 28.8723m | 106.755 | 157 | 784.4 | 28.8491m | 169.951 |
57 | 294.4 | 28.8713m | 107.196 | 158 | 789.3 | 28.8491m | 170.695 |
58 | 299.3 | 28.8707m | 107.642 | 159 | 794.2 | 28.8492m | 171.442 |
59 | 304.2 | 28.8687m | 108.093 | 160 | 799.1 | 28.8491m | 172.189 |
60 | 309.1 | 28.8679m | 108.55 | 161 | 804 | 28.8491m | 172.938 |
61 | 314 | 28.8674m | 109.013 | 162 | 808.9 | 28.8492m | 173.688 |
62 | 318.9 | 28.8668m | 109.481 | 163 | 813.8 | 28.8491m | 174.439 |
63 | 323.8 | 28.8663m | 109.954 | 164 | 818.7 | 28.8491m | 175.192 |
64 | 328.7 | 28.8659m | 110.432 | 165 | 823.6 | 28.8491m | 175.946 |
65 | 333.6 | 28.8653m | 110.915 | 166 | 828.5 | 28.8490m | 176.7 |
66 | 338.5 | 28.8649m | 111.403 | 167 | 833.4 | 28.8491m | 177.457 |
67 | 343.4 | 28.8646m | 111.896 | 168 | 838.3 | 28.8490m | 178.214 |
68 | 348.3 | 28.8642m | 112.395 | 169 | 843.2 | 28.8491m | 178.973 |
69 | 353.2 | 28.8636m | 112.897 | 170 | 848.1 | 28.8490m | 179.733 |
70 | 358.1 | 28.8633m | 113.405 | 171 | 853 | 28.8492m | 180.495 |
71 | 363 | 28.8631m | 113.917 | 172 | 857.9 | 28.8491m | 181.256 |
72 | 367.9 | 28.8628m | 114.434 | 173 | 862.8 | 28.8489m | 182.019 |
73 | 372.8 | 28.8625m | 114.955 | 174 | 867.7 | 28.8491m | 182.785 |
74 | 377.7 | 28.8621m | 115.481 | 175 | 872.6 | 28.8490m | 183.549 |
75 | 382.6 | 28.8618m | 116.011 | 176 | 877.5 | 28.8492m | 184.317 |
76 | 387.5 | 28.8614m | 116.545 | 177 | 882.4 | 28.8491m | 185.085 |
77 | 392.4 | 28.8613m | 117.084 | 178 | 887.3 | 28.8492m | 185.854 |
78 | 397.3 | 28.8610m | 117.627 | 179 | 892.2 | 28.8493m | 186.625 |
79 | 402.2 | 28.8606m | 118.174 | 180 | 897.1 | 28.8494m | 187.397 |
80 | 407.1 | 28.8602m | 118.725 | 181 | 902 | 28.8494m | 188.168 |
81 | 412 | 28.8597m | 119.28 | 182 | 906.9 | 28.8494m | 188.941 |
82 | 416.9 | 28.8596m | 119.839 | 183 | 911.8 | 28.8494m | 189.716 |
83 | 421.8 | 28.8594m | 120.402 | 184 | 916.7 | 28.8495m | 190.491 |
84 | 426.7 | 28.8590m | 120.969 | 185 | 921.6 | 28.8496m | 191.268 |
85 | 431.6 | 28.8588m | 121.54 | 186 | 926.5 | 28.8496m | 192.045 |
86 | 436.5 | 28.8584m | 122.114 | 187 | 931.4 | 28.8497m | 192.824 |
87 | 441.4 | 28.8582m | 122.693 | 188 | 936.3 | 28.8498m | 193.603 |
88 | 446.3 | 28.8578m | 123.274 | 189 | 941.2 | 28.8499m | 194.384 |
89 | 451.2 | 28.8576m | 123.86 | 190 | 946.1 | 28.8500m | 195.165 |
90 | 456.1 | 28.8574m | 124.449 | 191 | 951 | 28.8499m | 195.946 |
91 | 461 | 28.8570m | 125.042 | 192 | 955.9 | 28.8500m | 196.73 |
92 | 465.9 | 28.8568m | 125.638 | 193 | 960.8 | 28.8506m | 197.514 |
93 | 470.8 | 28.8565m | 126.237 | 194 | 965.7 | 28.8506m | 198.299 |
94 | 475.7 | 28.8562m | 126.84 | 195 | 970.6 | 28.8507m | 199.085 |
95 | 480.6 | 28.8560m | 127.446 | 196 | 975.5 | 28.8507m | 199.871 |
96 | 485.5 | 28.8557m | 128.056 | 197 | 980.4 | 28.8508m | 200.658 |
97 | 490.4 | 28.8553m | 128.668 | 198 | 985.3 | 28.8509m | 201.447 |
98 | 495.3 | 28.8551m | 129.284 | 199 | 990.2 | 28.8510m | 202.236 |
99 | 500.2 | 28.8551m | 129.904 | 200 | 995.1 | 28.8511m | 203.027 |
100 | 505.1 | 28.8549m | 130.526 | 201 | 1.00000k | 28.8509m | 203.816 |
101 | 510 | 28.8544m | 131.151 | ||||
Tableau 6 Données détaillées sur la fréquence de l'inductance Ls et de la réactance Z de l'axe X | |||||||
Inductance de l'axe Y Ls, mesure de la réactance Z | |||||||
LsMIN[H] | FRÉQ[Hz] | Ls MAX[H] | FRÉQ[Hz] | ||||
28.7881m | 882.4 | 29.4826m | 20 | ||||
ZMIN[Ω] | FRÉQ[Hz] | Z MAX[Ω] | FRÉQ[Hz] | ||||
92.2102 | 20 | 203.152 | 1.00000k | ||||
Tableau 7 Données d'inductance Ls et de réactance Z sur l'axe Y | |||||||
Inductance de l'axe Y Ls, mesure de la réactance Z-scan | |||||||
AIGUILLAGE | FRÉQ[Hz] | Ls | Z | AIGUILLAGE | FRÉQ[Hz] | Ls | Z |
1 | 20 | 29.4826m | 92.2102 | 102 | 514.9 | 28.7939m | 131.156 |
2 | 24.9 | 29.2799m | 92.2593 | 103 | 519.8 | 28.7936m | 131.787 |
3 | 29.8 | 29.1750m | 92.3125 | 104 | 524.7 | 28.7934m | 132.421 |
4 | 34.7 | 29.0933m | 92.3742 | 105 | 529.6 | 28.7932m | 133.059 |
5 | 39.6 | 29.0219m | 92.4429 | 106 | 534.5 | 28.7929m | 133.699 |
6 | 44.5 | 28.9966m | 92.5198 | 107 | 539.4 | 28.7926m | 134.341 |
7 | 49.4 | 28.9764m | 92.6058 | 108 | 544.3 | 28.7922m | 134.988 |
8 | 54.3 | 28.9550m | 92.6995 | 109 | 549.2 | 28.7921m | 135.636 |
9 | 59.2 | 28.9464m | 92.7983 | 110 | 554.1 | 28.7920m | 136.288 |
10 | 64.1 | 28.9254m | 92.9074 | 111 | 559 | 28.7919m | 136.942 |
11 | 69 | 28.9114m | 93.0255 | 112 | 563.9 | 28.7916m | 137.597 |
12 | 73.9 | 28.8973m | 93.1523 | 113 | 568.8 | 28.7914m | 138.256 |
13 | 78.8 | 28.8842m | 93.2858 | 114 | 573.7 | 28.7912m | 138.917 |
14 | 83.7 | 28.8770m | 93.4279 | 115 | 578.6 | 28.7912m | 139.581 |
15 | 88.6 | 28.8699m | 93.5779 | 116 | 583.5 | 28.7910m | 140.248 |
16 | 93.5 | 28.8662m | 93.7369 | 117 | 588.4 | 28.7907m | 140.916 |
17 | 98.4 | 28.8631m | 93.9009 | 118 | 593.3 | 28.7906m | 141.587 |
18 | 103.3 | 28.8581m | 94.0748 | 119 | 598.2 | 28.7907m | 142.261 |
19 | 108.2 | 28.8550m | 94.2565 | 120 | 603.1 | 28.7907m | 142.937 |
20 | 113.1 | 28.8512m | 94.4477 | 121 | 608 | 28.7904m | 143.615 |
21 | 118 | 28.8474m | 94.6462 | 122 | 612.9 | 28.7903m | 144.296 |
22 | 122.9 | 28.8437m | 94.8513 | 123 | 617.8 | 28.7903m | 144.979 |
23 | 127.8 | 28.8407m | 95.0661 | 124 | 622.7 | 28.7902m | 145.664 |
24 | 132.7 | 28.8373m | 95.2881 | 125 | 627.6 | 28.7901m | 146.351 |
25 | 137.6 | 28.8353m | 95.5185 | 126 | 632.5 | 28.7900m | 147.04 |
26 | 142.5 | 28.8329m | 95.7565 | 127 | 637.4 | 28.7900m | 147.732 |
27 | 147.4 | 28.8305m | 96.0021 | 128 | 642.3 | 28.7899m | 148.425 |
28 | 152.3 | 28.8289m | 96.255 | 129 | 647.2 | 28.7898m | 149.12 |
29 | 157.2 | 28.8287m | 96.5139 | 130 | 652.1 | 28.7898m | 149.818 |
30 | 162.1 | 28.8284m | 96.7814 | 131 | 657 | 28.7896m | 150.517 |
31 | 167 | 28.8283m | 97.0563 | 132 | 661.9 | 28.7895m | 151.219 |
32 | 171.9 | 28.8264m | 97.3353 | 133 | 666.8 | 28.7895m | 151.922 |
33 | 176.8 | 28.8254m | 97.6245 | 134 | 671.7 | 28.7895m | 152.627 |
34 | 181.7 | 28.8245m | 97.9205 | 135 | 676.6 | 28.7894m | 153.335 |
35 | 186.6 | 28.8243m | 98.2242 | 136 | 681.5 | 28.7896m | 154.044 |
36 | 191.5 | 28.8228m | 98.534 | 137 | 686.4 | 28.7892m | 154.754 |
37 | 196.4 | 28.8223m | 98.851 | 138 | 691.3 | 28.7893m | 155.467 |
38 | 201.3 | 28.8175m | 99.1716 | 139 | 696.2 | 28.7891m | 156.182 |
39 | 206.2 | 28.8165m | 99.5023 | 140 | 701.1 | 28.7890m | 156.898 |
40 | 211.1 | 28.8158m | 99.8396 | 141 | 706 | 28.7888m | 157.615 |
41 | 216 | 28.8155m | 100.184 | 142 | 710.9 | 28.7891m | 158.336 |
42 | 220.9 | 28.8151m | 100.535 | 143 | 715.8 | 28.7891m | 159.058 |
43 | 225.8 | 28.8144m | 100.893 | 144 | 720.7 | 28.7890m | 159.781 |
44 | 230.7 | 28.8143m | 101.257 | 145 | 725.6 | 28.7890m | 160.505 |
45 | 235.6 | 28.8136m | 101.627 | 146 | 730.5 | 28.7889m | 161.232 |
46 | 240.5 | 28.8135m | 102.004 | 147 | 735.4 | 28.7889m | 161.959 |
47 | 245.4 | 28.8129m | 102.386 | 148 | 740.3 | 28.7889m | 162.689 |
48 | 250.3 | 28.8125m | 102.775 | 149 | 745.2 | 28.7889m | 163.42 |
49 | 255.2 | 28.8118m | 103.17 | 150 | 750.1 | 28.7888m | 164.153 |
50 | 260.1 | 28.8113m | 103.572 | 151 | 755 | 28.7887m | 164.887 |
51 | 265 | 28.8106m | 103.978 | 152 | 759.9 | 28.7886m | 165.622 |
52 | 269.9 | 28.8101m | 104.392 | 153 | 764.8 | 28.7886m | 166.359 |
53 | 274.8 | 28.8092m | 104.81 | 154 | 769.7 | 28.7887m | 167.098 |
54 | 279.7 | 28.8087m | 105.235 | 155 | 774.6 | 28.7885m | 167.837 |
55 | 284.6 | 28.8083m | 105.666 | 156 | 779.5 | 28.7885m | 168.578 |
56 | 289.5 | 28.8077m | 106.102 | 157 | 784.4 | 28.7886m | 169.322 |
57 | 294.4 | 28.8069m | 106.543 | 158 | 789.3 | 28.7886m | 170.067 |
58 | 299.3 | 28.8063m | 106.99 | 159 | 794.2 | 28.7885m | 170.811 |
59 | 304.2 | 28.8044m | 107.442 | 160 | 799.1 | 28.7885m | 171.559 |
60 | 309.1 | 28.8039m | 107.9 | 161 | 804 | 28.7884m | 172.306 |
61 | 314 | 28.8037m | 108.363 | 162 | 808.9 | 28.7883m | 173.056 |
62 | 318.9 | 28.8029m | 108.832 | 163 | 813.8 | 28.7883m | 173.806 |
63 | 323.8 | 28.8027m | 109.306 | 164 | 818.7 | 28.7883m | 174.559 |
64 | 328.7 | 28.8026m | 109.785 | 165 | 823.6 | 28.7883m | 175.312 |
65 | 333.6 | 28.8022m | 110.269 | 166 | 828.5 | 28.7883m | 176.066 |
66 | 338.5 | 28.8021m | 110.758 | 167 | 833.4 | 28.7883m | 176.822 |
67 | 343.4 | 28.8019m | 111.252 | 168 | 838.3 | 28.7882m | 177.579 |
68 | 348.3 | 28.8014m | 111.751 | 169 | 843.2 | 28.7883m | 178.337 |
69 | 353.2 | 28.8012m | 112.254 | 170 | 848.1 | 28.7882m | 179.096 |
70 | 358.1 | 28.8010m | 112.763 | 171 | 853 | 28.7882m | 179.857 |
71 | 363 | 28.8008m | 113.276 | 172 | 857.9 | 28.7882m | 180.618 |
72 | 367.9 | 28.8005m | 113.793 | 173 | 862.8 | 28.7881m | 181.381 |
73 | 372.8 | 28.8002m | 114.315 | 174 | 867.7 | 28.7882m | 182.145 |
74 | 377.7 | 28.8001m | 114.841 | 175 | 872.6 | 28.7881m | 182.91 |
75 | 382.6 | 28.7999m | 115.372 | 176 | 877.5 | 28.7881m | 183.676 |
76 | 387.5 | 28.7997m | 115.907 | 177 | 882.4 | 28.7881m | 184.443 |
77 | 392.4 | 28.7993m | 116.447 | 178 | 887.3 | 28.7882m | 185.212 |
78 | 397.3 | 28.7995m | 116.99 | 179 | 892.2 | 28.7881m | 185.981 |
79 | 402.2 | 28.7992m | 117.538 | 180 | 897.1 | 28.7883m | 186.752 |
80 | 407.1 | 28.7989m | 118.09 | 181 | 902 | 28.7882m | 187.522 |
81 | 412 | 28.7986m | 118.646 | 182 | 906.9 | 28.7881m | 188.295 |
82 | 416.9 | 28.7983m | 119.205 | 183 | 911.8 | 28.7882m | 189.069 |
83 | 421.8 | 28.7982m | 119.769 | 184 | 916.7 | 28.7883m | 189.844 |
84 | 426.7 | 28.7979m | 120.337 | 185 | 921.6 | 28.7883m | 190.619 |
85 | 431.6 | 28.7979m | 120.908 | 186 | 926.5 | 28.7883m | 191.396 |
86 | 436.5 | 28.7975m | 121.483 | 187 | 931.4 | 28.7884m | 192.173 |
87 | 441.4 | 28.7972m | 122.062 | 188 | 936.3 | 28.7884m | 192.952 |
88 | 446.3 | 28.7970m | 122.644 | 189 | 941.2 | 28.7884m | 193.731 |
89 | 451.2 | 28.7971m | 123.231 | 190 | 946.1 | 28.7886m | 194.512 |
90 | 456.1 | 28.7966m | 123.82 | 191 | 951 | 28.7885m | 195.293 |
91 | 461 | 28.7964m | 124.414 | 192 | 955.9 | 28.7887m | 196.076 |
92 | 465.9 | 28.7962m | 125.01 | 193 | 960.8 | 28.7891m | 196.859 |
93 | 470.8 | 28.7961m | 125.61 | 194 | 965.7 | 28.7892m | 197.643 |
94 | 475.7 | 28.7957m | 126.213 | 195 | 970.6 | 28.7893m | 198.428 |
95 | 480.6 | 28.7956m | 126.82 | 196 | 975.5 | 28.7893m | 199.213 |
96 | 485.5 | 28.7954m | 127.431 | 197 | 980.4 | 28.7893m | 199.999 |
97 | 490.4 | 28.7952m | 128.043 | 198 | 985.3 | 28.7893m | 200.786 |
98 | 495.3 | 28.7948m | 128.66 | 199 | 990.2 | 28.7893m | 201.574 |
99 | 500.2 | 28.7947m | 129.28 | 200 | 995.1 | 28.7895m | 202.364 |
100 | 505.1 | 28.7943m | 129.902 | 201 | 1.00000k | 28.7892m | 203.152 |
101 | 510 | 28.7940m | 130.527 | ||||
Tableau 8 Données détaillées sur la fréquence de l'inductance Ls et de la réactance Z de l'axe Y | |||||||
Mesure de l'inductance Ls et de la réactance Z de l'axe Z | |||||||
LsMIN[H] | FRÉQ[Hz] | Ls MAX[H] | FRÉQ[Hz] | ||||
28.6663m | 916.7 | 29.4619m | 20 | ||||
ZMIN[Ω] | FRÉQ[Hz] | Z MAX[Ω] | FRÉQ[Hz] | ||||
91.7474 | 20 | 202.296 | 1.00000k | ||||
Tableau 9 Données d'inductance Ls et de réactance Z sur l'axe Z | |||||||
Mesure de l'inductance Ls de l'axe Z et de la réactance Z-scan | |||||||
POINTS | FRÉQ[Hz] | Ls | Z | AIGUILLAGE | FRÉQ[Hz] | Ls | Z |
1 | 20 | 29.4619m | 91.7474 | 102 | 514.9 | 28.6760m | 130.603 |
2 | 24.9 | 29.2417m | 91.7996 | 103 | 519.8 | 28.6756m | 131.231 |
3 | 29.8 | 29.1335m | 91.8518 | 104 | 524.7 | 28.6752m | 131.863 |
4 | 34.7 | 29.0501m | 91.9153 | 105 | 529.6 | 28.6750m | 132.498 |
5 | 39.6 | 28.9835m | 91.987 | 106 | 534.5 | 28.6746m | 133.135 |
6 | 44.5 | 28.9476m | 92.0648 | 107 | 539.4 | 28.6742m | 133.775 |
7 | 49.4 | 28.9176m | 92.1516 | 108 | 544.3 | 28.6737m | 134.419 |
8 | 54.3 | 28.8967m | 92.2478 | 109 | 549.2 | 28.6735m | 135.064 |
9 | 59.2 | 28.8824m | 92.3496 | 110 | 554.1 | 28.6733m | 135.713 |
10 | 64.1 | 28.8612m | 92.4588 | 111 | 559 | 28.6731m | 136.365 |
11 | 69 | 28.8435m | 92.578 | 112 | 563.9 | 28.6728m | 137.018 |
12 | 73.9 | 28.8265m | 92.7054 | 113 | 568.8 | 28.6727m | 137.674 |
13 | 78.8 | 28.8116m | 92.8407 | 114 | 573.7 | 28.6724m | 138.333 |
14 | 83.7 | 28.8020m | 92.9839 | 115 | 578.6 | 28.6722m | 138.994 |
15 | 88.6 | 28.7932m | 93.135 | 116 | 583.5 | 28.6719m | 139.657 |
16 | 93.5 | 28.7859m | 93.2944 | 117 | 588.4 | 28.6717m | 140.323 |
17 | 98.4 | 28.7821m | 93.4607 | 118 | 593.3 | 28.6715m | 140.991 |
18 | 103.3 | 28.7755m | 93.6355 | 119 | 598.2 | 28.6712m | 141.662 |
19 | 108.2 | 28.7702m | 93.8186 | 120 | 603.1 | 28.6713m | 142.335 |
20 | 113.1 | 28.7651m | 94.0092 | 121 | 608 | 28.6712m | 143.011 |
21 | 118 | 28.7603m | 94.2078 | 122 | 612.9 | 28.6709m | 143.688 |
22 | 122.9 | 28.7549m | 94.4142 | 123 | 617.8 | 28.6708m | 144.369 |
23 | 127.8 | 28.7508m | 94.6289 | 124 | 622.7 | 28.6708m | 145.051 |
24 | 132.7 | 28.7464m | 94.8518 | 125 | 627.6 | 28.6707m | 145.736 |
25 | 137.6 | 28.7427m | 95.0821 | 126 | 632.5 | 28.6704m | 146.422 |
26 | 142.5 | 28.7387m | 95.3199 | 127 | 637.4 | 28.6704m | 147.111 |
27 | 147.4 | 28.7355m | 95.5655 | 128 | 642.3 | 28.6701m | 147.801 |
28 | 152.3 | 28.7337m | 95.8193 | 129 | 647.2 | 28.6700m | 148.494 |
29 | 157.2 | 28.7322m | 96.0787 | 130 | 652.1 | 28.6700m | 149.189 |
30 | 162.1 | 28.7310m | 96.3456 | 131 | 657 | 28.6699m | 149.885 |
31 | 167 | 28.7296m | 96.6191 | 132 | 661.9 | 28.6698m | 150.584 |
32 | 171.9 | 28.7270m | 96.8983 | 133 | 666.8 | 28.6696m | 151.284 |
33 | 176.8 | 28.7256m | 97.1866 | 134 | 671.7 | 28.6695m | 151.986 |
34 | 181.7 | 28.7236m | 97.4815 | 135 | 676.6 | 28.6694m | 152.691 |
35 | 186.6 | 28.7226m | 97.7835 | 136 | 681.5 | 28.6696m | 153.398 |
36 | 191.5 | 28.7205m | 98.0976 | 137 | 686.4 | 28.6693m | 154.105 |
37 | 196.4 | 28.7191m | 98.4122 | 138 | 691.3 | 28.6692m | 154.815 |
38 | 201.3 | 28.7181m | 98.7316 | 139 | 696.2 | 28.6689m | 155.526 |
39 | 206.2 | 28.7127m | 99.0586 | 140 | 701.1 | 28.6689m | 156.239 |
40 | 211.1 | 28.7114m | 99.395 | 141 | 706 | 28.6687m | 156.953 |
41 | 216 | 28.7102m | 99.7385 | 142 | 710.9 | 28.6686m | 157.671 |
42 | 220.9 | 28.7095m | 100.089 | 143 | 715.8 | 28.6687m | 158.389 |
43 | 225.8 | 28.7086m | 100.446 | 144 | 720.7 | 28.6686m | 159.11 |
44 | 230.7 | 28.7076m | 100.809 | 145 | 725.6 | 28.6686m | 159.832 |
45 | 235.6 | 28.7067m | 101.178 | 146 | 730.5 | 28.6684m | 160.555 |
46 | 240.5 | 28.7058m | 101.554 | 147 | 735.4 | 28.6684m | 161.28 |
47 | 245.4 | 28.7052m | 101.936 | 148 | 740.3 | 28.6683m | 162.006 |
48 | 250.3 | 28.7043m | 102.323 | 149 | 745.2 | 28.6683m | 162.734 |
49 | 255.2 | 28.7033m | 102.718 | 150 | 750.1 | 28.6681m | 163.463 |
50 | 260.1 | 28.7024m | 103.118 | 151 | 755 | 28.6680m | 164.194 |
51 | 265 | 28.7016m | 103.524 | 152 | 759.9 | 28.6680m | 164.927 |
52 | 269.9 | 28.7006m | 103.936 | 153 | 764.8 | 28.6679m | 165.661 |
53 | 274.8 | 28.6995m | 104.353 | 154 | 769.7 | 28.6678m | 166.396 |
54 | 279.7 | 28.6986m | 104.777 | 155 | 774.6 | 28.6677m | 167.132 |
55 | 284.6 | 28.6978m | 105.206 | 156 | 779.5 | 28.6676m | 167.871 |
56 | 289.5 | 28.6967m | 105.641 | 157 | 784.4 | 28.6677m | 168.611 |
57 | 294.4 | 28.6957m | 106.08 | 158 | 789.3 | 28.6676m | 169.352 |
58 | 299.3 | 28.6948m | 106.526 | 159 | 794.2 | 28.6676m | 170.094 |
59 | 304.2 | 28.6926m | 106.975 | 160 | 799.1 | 28.6675m | 170.838 |
60 | 309.1 | 28.6920m | 107.432 | 161 | 804 | 28.6673m | 171.582 |
61 | 314 | 28.6913m | 107.894 | 162 | 808.9 | 28.6672m | 172.328 |
62 | 318.9 | 28.6907m | 108.361 | 163 | 813.8 | 28.6671m | 173.075 |
63 | 323.8 | 28.6900m | 108.833 | 164 | 818.7 | 28.6670m | 173.824 |
64 | 328.7 | 28.6897m | 109.311 | 165 | 823.6 | 28.6671m | 174.574 |
65 | 333.6 | 28.6893m | 109.793 | 166 | 828.5 | 28.6669m | 175.325 |
66 | 338.5 | 28.6887m | 110.281 | 167 | 833.4 | 28.6669m | 176.078 |
67 | 343.4 | 28.6884m | 110.773 | 168 | 838.3 | 28.6669m | 176.831 |
68 | 348.3 | 28.6877m | 111.27 | 169 | 843.2 | 28.6668m | 177.586 |
69 | 353.2 | 28.6872m | 111.771 | 170 | 848.1 | 28.6668m | 178.342 |
70 | 358.1 | 28.6869m | 112.279 | 171 | 853 | 28.6666m | 179.099 |
71 | 363 | 28.6863m | 112.789 | 172 | 857.9 | 28.6666m | 179.857 |
72 | 367.9 | 28.6860m | 113.305 | 173 | 862.8 | 28.6665m | 180.616 |
73 | 372.8 | 28.6858m | 113.826 | 174 | 867.7 | 28.6665m | 181.377 |
74 | 377.7 | 28.6854m | 114.35 | 175 | 872.6 | 28.6664m | 182.139 |
75 | 382.6 | 28.6849m | 114.879 | 176 | 877.5 | 28.6664m | 182.902 |
76 | 387.5 | 28.6848m | 115.413 | 177 | 882.4 | 28.6665m | 183.666 |
77 | 392.4 | 28.6842m | 115.95 | 178 | 887.3 | 28.6664m | 184.431 |
78 | 397.3 | 28.6840m | 116.491 | 179 | 892.2 | 28.6665m | 185.197 |
79 | 402.2 | 28.6838m | 117.038 | 180 | 897.1 | 28.6663m | 185.964 |
80 | 407.1 | 28.6834m | 117.587 | 181 | 902 | 28.6664m | 186.733 |
81 | 412 | 28.6831m | 118.141 | 182 | 906.9 | 28.6663m | 187.501 |
82 | 416.9 | 28.6825m | 118.698 | 183 | 911.8 | 28.6663m | 188.271 |
83 | 421.8 | 28.6821m | 119.26 | 184 | 916.7 | 28.6663m | 189.043 |
84 | 426.7 | 28.6819m | 119.825 | 185 | 921.6 | 28.6664m | 189.815 |
85 | 431.6 | 28.6816m | 120.395 | 186 | 926.5 | 28.6664m | 190.588 |
86 | 436.5 | 28.6813m | 120.968 | 187 | 931.4 | 28.6665m | 191.363 |
87 | 441.4 | 28.6808m | 121.544 | 188 | 936.3 | 28.6663m | 192.137 |
88 | 446.3 | 28.6804m | 122.124 | 189 | 941.2 | 28.6663m | 192.913 |
89 | 451.2 | 28.6802m | 122.708 | 190 | 946.1 | 28.6665m | 193.691 |
90 | 456.1 | 28.6800m | 123.296 | 191 | 951 | 28.6665m | 194.469 |
91 | 461 | 28.6796m | 123.887 | 192 | 955.9 | 28.6665m | 195.247 |
92 | 465.9 | 28.6792m | 124.481 | 193 | 960.8 | 28.6672m | 196.03 |
93 | 470.8 | 28.6790m | 125.079 | 194 | 965.7 | 28.6672m | 196.81 |
94 | 475.7 | 28.6786m | 125.68 | 195 | 970.6 | 28.6671m | 197.591 |
95 | 480.6 | 28.6783m | 126.284 | 196 | 975.5 | 28.6672m | 198.374 |
96 | 485.5 | 28.6780m | 126.892 | 197 | 980.4 | 28.6673m | 199.157 |
97 | 490.4 | 28.6775m | 127.502 | 198 | 985.3 | 28.6672m | 199.94 |
98 | 495.3 | 28.6772m | 128.116 | 199 | 990.2 | 28.6672m | 200.726 |
99 | 500.2 | 28.6770m | 128.734 | 200 | 995.1 | 28.6673m | 201.511 |
100 | 505.1 | 28.6767m | 129.354 | 201 | 1.00000k | 28.6670m | 202.296 |
101 | 510 | 28.6764m | 129.977 | ||||
Tableau 10 Données détaillées sur la fréquence de l'inductance Ls et de la réactance Z de l'axe Z | |||||||
4. Conclusion | |||||||
Le champ magnétique et les performances électriques de ce produit répondent aux exigences des paramètres techniques correspondants, et les performances finales du produit sont soumises à ce document. |