NTC热敏电阻温度传感器5K和10K、50K、100K的区别
2020-04-20 06:45:55
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NTC热敏电阻温度传感器5K和10K的主要区别在于它们的阻值上的不,5K在25℃时的标称阻值为5KΩ,10K在25℃时的标称阻值为10KΩ,50K在25℃时的标称阻值为50KΩ,100K的25℃时的标称阻值为100KΩ。
5K和10K、50K的B值曲线也不同,5K的常用B值有:3375k、3470K、3950K;10K的B值曲线有3700k、3935k、3380k、3450k、3550k、3600k、3977k、3950k。50K的B值曲线有3899K、3910K、3405K、4050K。50K的B值曲线有:3920K、3900K、3950K、3990K、4020K、4050K、4200K。
使用范围:
5K的热敏电阻特别适用于一次性和永久性医疗产品使用,以及能源管理系统,电器,工业设备和汽车应用。虽然适用温度范围在-80°C至+ 150°C,但在不超过105°C的温度下可获得最佳稳定性。
10K和100K的NTC热敏电阻则广泛应用于温度检测,测量,检测,指示器,监测,测量,控制,校准和补偿等,适用于暖通空调和白色家电,汽车,电池组应用。使用范围更广也更经济。
下表对比NTC 5K和10K、50K、100K热敏电阻在B值同样为3950k下的不同阻值差异。
温度 | 5K阻值 | 10K阻值 | 50K阻值 | 100K阻值 |
---|---|---|---|---|
-30 | 94.6297 | 179.2666 | 872.2164 | 1787.9797 |
-29 | 88.7301 | 168.4053 | 820.1 | 1679.6017 |
-28 | 83.2387 | 158.2726 | 771.4299 | 1578.5061 |
-27 | 78.1247 | 148.8151 | 725.9572 | 1484.1584 |
-26 | 73.3596 | 139.9837 | 683.4525 | 1396.0662 |
-25 | 68.9175 | 131.7332 | 643.704 | 1313.7754 |
-24 | 64.7744 | 124.0216 | 606.5164 | 1236.8685 |
-23 | 60.9083 | 116.8107 | 571.7094 | 1164.9598 |
-22 | 57.2989 | 110.0648 | 539.1163 | 1097.6941 |
-21 | 53.9276 | 103.7512 | 508.5832 | 1034.7432 |
-20 | 50.7771 | 97.8396 | 479.9676 | 975.8038 |
-19 | 47.8316 | 92.302 | 453.1378 | 920.5962 |
-18 | 45.0766 | 87.1124 | 427.9719 | 868.8615 |
-17 | 42.4984 | 82.2471 | 404.3569 | 820.3603 |
-16 | 40.0847 | 77.6837 | 382.1881 | 774.871 |
-15 | 37.824 | 73.4018 | 361.3687 | 732.1889 |
-14 | 35.7056 | 69.3823 | 341.8087 | 692.1238 |
-13 | 33.7196 | 65.6077 | 323.4247 | 654.4999 |
-12 | 31.857 | 62.0616 | 306.1391 | 619.154 |
-11 | 30.1094 | 58.7288 | 289.8801 | 585.9346 |
-10 | 28.469 | 55.5953 | 274.5809 | 554.7016 |
-9 | 26.9286 | 52.648 | 260.1794 | 525.3245 |
-8 | 25.4814 | 49.8747 | 246.6178 | 497.6821 |
-7 | 24.1213 | 47.2643 | 233.8423 | 471.6621 |
-6 | 22.8424 | 44.8062 | 221.8032 | 447.1599 |
-5 | 21.6396 | 42.4906 | 210.4537 | 424.0781 |
-4 | 20.5077 | 40.3086 | 199.7506 | 402.3264 |
-3 | 19.4422 | 38.2516 | 189.6534 | 381.8204 |
-2 | 18.4388 | 36.3117 | 180.1246 | 362.4818 |
-1 | 17.4935 | 34.4817 | 171.1289 | 344.2375 |
0 | 16.6026 | 32.7547 | 162.6337 | 327.0195 |
1 | 15.7627 | 31.1243 | 154.6084 | 310.764 |
2 | 14.9705 | 29.5847 | 147.0244 | 295.4121 |
3 | 14.223 | 28.1301 | 139.855 | 280.9084 |
4 | 13.5176 | 26.7556 | 133.0755 | 267.2014 |
5 | 12.8515 | 25.4562 | 126.6624 | 254.2428 |
6 | 12.2223 | 24.2274 | 120.594 | 241.9877 |
7 | 11.6278 | 23.065 | 114.85 | 230.394 |
8 | 11.0659 | 21.965 | 109.4112 | 219.4224 |
9 | 10.5346 | 20.9239 | 104.26 | 209.0361 |
10 | 10.0321 | 19.938 | 99.3794 | 199.2007 |
11 | 9.5565 | 19.0041 | 94.7539 | 189.8841 |
12 | 9.1065 | 18.1193 | 90.3689 | 181.0559 |
13 | 8.6803 | 17.2807 | 86.2105 | 172.6881 |
14 | 8.2767 | 16.4857 | 82.266 | 164.754 |
15 | 7.8943 | 15.7317 | 78.5231 | 157.229 |
16 | 7.5318 | 15.0164 | 74.9705 | 150.0898 |
17 | 7.1882 | 14.3376 | 71.5976 | 143.3144 |
18 | 6.8623 | 13.6933 | 68.3944 | 136.8825 |
19 | 6.5531 | 13.0816 | 65.3514 | 130.7749 |
20 | 6.2597 | 12.5005 | 62.4599 | 124.9734 |
21 | 5.9812 | 11.9485 | 59.7115 | 119.4612 |
22 | 5.7168 | 11.4239 | 57.0985 | 114.2223 |
23 | 5.4655 | 10.9252 | 54.6134 | 109.2417 |
24 | 5.2269 | 10.451 | 52.2494 | 104.5053 |
25 | 5 | 10 | 50 | 100 |
26 | 4.7843 | 9.5709 | 47.859 | 95.7132 |
27 | 4.5792 | 9.1626 | 45.8208 | 91.6333 |
28 | 4.3841 | 8.7738 | 43.8797 | 87.7492 |
29 | 4.1984 | 8.4037 | 42.0308 | 84.0505 |
30 | 4.0217 | 8.0512 | 40.2693 | 80.5274 |
31 | 3.8535 | 7.7154 | 38.5905 | 77.1707 |
32 | 3.6932 | 7.3953 | 36.9901 | 73.9717 |
33 | 3.5406 | 7.0903 | 35.4642 | 70.9222 |
34 | 3.3951 | 6.7995 | 34.0089 | 68.0144 |
35 | 3.2564 | 6.5221 | 32.6205 | 65.2411 |
36 | 3.1243 | 6.2576 | 31.2958 | 62.5954 |
37 | 2.9982 | 6.0051 | 30.0315 | 60.0707 |
38 | 2.8779 | 5.7642 | 28.8244 | 57.661 |
39 | 2.7632 | 5.5342 | 27.6719 | 55.3604 |
40 | 2.6537 | 5.3146 | 26.5711 | 53.1635 |
41 | 2.5491 | 5.1049 | 25.5194 | 51.0651 |
42 | 2.4493 | 4.9045 | 24.5146 | 49.0602 |
43 | 2.3539 | 4.713 | 23.5542 | 47.1443 |
44 | 2.2628 | 4.53 | 22.636 | 45.313 |
45 | 2.1757 | 4.3551 | 21.7581 | 43.5621 |
46 | 2.0925 | 4.1878 | 20.9185 | 41.8878 |
47 | 2.0129 | 4.0278 | 20.1153 | 40.2862 |
48 | 1.9368 | 3.8748 | 19.3467 | 38.7539 |
49 | 1.864 | 3.7283 | 18.6112 | 37.2876 |
50 | 1.7943 | 3.5882 | 17.9072 | 35.8842 |
51 | 1.7277 | 3.454 | 17.2331 | 34.5405 |
52 | 1.6638 | 3.3255 | 16.5876 | 33.2538 |
53 | 1.6027 | 3.2025 | 15.9693 | 32.0214 |
54 | 1.5442 | 3.0846 | 15.3769 | 30.8408 |
55 | 1.4881 | 2.9717 | 14.8093 | 29.7096 |
56 | 1.4344 | 2.8635 | 14.2653 | 28.6253 |
57 | 1.3829 | 2.7597 | 13.7438 | 27.586 |
58 | 1.3336 | 2.6603 | 13.2437 | 26.5895 |
59 | 1.2862 | 2.5649 | 12.7642 | 25.6338 |
60 | 1.2409 | 2.4734 | 12.3042 | 24.7171 |
61 | 1.1973 | 2.3856 | 11.8629 | 23.8376 |
62 | 1.1555 | 2.3014 | 11.4395 | 22.9937 |
63 | 1.1155 | 2.2206 | 11.0331 | 22.1836 |
64 | 1.077 | 2.1431 | 10.643 | 21.4061 |
65 | 1.04 | 2.0686 | 10.2684 | 20.6594 |
66 | 1.0046 | 1.997 | 9.9087 | 19.9424 |
67 | 0.9705 | 1.9283 | 9.5633 | 19.2537 |
68 | 0.9378 | 1.8623 | 9.2314 | 18.592 |
69 | 0.9063 | 1.7989 | 8.9125 | 17.9562 |
70 | 0.8761 | 1.738 | 8.6061 | 17.3452 |
71 | 0.847 | 1.6794 | 8.3115 | 16.7578 |
72 | 0.8191 | 1.6231 | 8.0284 | 16.193 |
73 | 0.7922 | 1.5689 | 7.7561 | 15.6499 |
74 | 0.7664 | 1.5168 | 7.4943 | 15.1276 |
75 | 0.7415 | 1.4667 | 7.2424 | 14.6251 |
76 | 0.7176 | 1.4185 | 7.0002 | 14.1417 |
77 | 0.6946 | 1.3722 | 6.7671 | 13.6764 |
78 | 0.6724 | 1.3275 | 6.5427 | 13.2286 |
79 | 0.6511 | 1.2845 | 6.3268 | 12.7976 |
80 | 0.6306 | 1.2431 | 6.1189 | 12.3825 |
81 | 0.6108 | 1.2033 | 5.9188 | 11.9828 |
82 | 0.5917 | 1.1649 | 5.726 | 11.5978 |
83 | 0.5734 | 1.1279 | 5.5404 | 11.227 |
84 | 0.5557 | 1.0923 | 5.3616 | 10.8697 |
85 | 0.5386 | 1.058 | 5.1893 | 10.5254 |
86 | 0.5221 | 1.0249 | 5.0233 | 10.1935 |
87 | 0.5063 | 0.993 | 4.8632 | 9.8736 |
88 | 0.491 | 0.9623 | 4.709 | 9.5652 |
89 | 0.4763 | 0.9326 | 4.5603 | 9.2678 |
90 | 0.462 | 0.904 | 4.4169 | 8.9809 |
91 | 0.4483 | 0.8764 | 4.2787 | 8.7042 |
92 | 0.435 | 0.8498 | 4.1453 | 8.4373 |
93 | 0.4223 | 0.8241 | 4.0166 | 8.1797 |
94 | 0.4099 | 0.7994 | 3.8925 | 7.9312 |
95 | 0.398 | 0.7754 | 3.7727 | 7.6912 |
96 | 0.3865 | 0.7523 | 3.6572 | 7.4596 |
97 | 0.3754 | 0.73 | 3.5456 | 7.236 |
98 | 0.3646 | 0.7085 | 3.4379 | 7.0201 |
99 | 0.3542 | 0.6877 | 3.3339 | 6.8115 |
100 | 0.3442 | 0.6676 | 3.2334 | 6.6101 |
101 | 0.3345 | 0.6482 | 3.1364 | 6.4155 |
102 | 0.3251 | 0.6295 | 3.0427 | 6.2274 |
103 | 0.3161 | 0.6113 | 2.9522 | 6.0457 |
104 | 0.3073 | 0.5938 | 2.8648 | 5.8701 |
105 | 0.2989 | 0.5769 | 2.7802 | 5.7003 |