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NTC热敏电阻 R100℃ =6.7K B值3950(100度准)
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       NTC热敏电阻R100℃ =6.7K±2% B值(25/50)=3950±1%负温度系数单端玻封温度传感器高温段(100度 准)温度与阻值对应R/T参数表,NTC芯片由于原子的振动更迅速,在更高的温度下,在更大的距离,电子通过金属,例如,创造更多的碰撞,有效地使电阻率更高。在相对小的温度变化(约100ºC或更低),电阻率随温度的变化ρΔT,NTC热敏电阻在没有特殊要求的情况下阻值以R25度为基准值,本参数应用的温度点标注R值100℃时阻值精度一定会在±1%范围内,R100℃ =6.7K B值=3950NTC热敏电阻(100度 准)主要应用于要求温度100度时候能更精准的响应的开水器、美容仪器、智能电水壶产品等等

NTC热敏电阻 R100℃ =6.7K B值3950(100度准)产品技术参数

  温度系数类型 NTC
  导热系数 -4.6%/°C
  热时间常数 8s
  电阻值@25°C 100 kΩ
  容差 ±1%
  热敏电阻应用 温度测量、检测
  温度传感器精确度 ±2%
  热敏电阻元件长度 60mm
  NTC最低工作温度 -30°C
  NTC最高工作温度 +300°C
 
104K3435单端玻封NTC热敏电阻R/T特性:
TEMPERATURE VS RESISTANCE TABLE

Resistance          6.7k Ohms at 100 deg. C
Resistance Tolerance     + / - 2%
B Value             3950K at 25/50deg. C
B Value Tolerance         + / - 1%

Temp.
(deg. C)
Rmax
(k Ohms)
Rnor
(k Ohms)
Rmin
(k Ohms)
-30 1955.0188 1812.2963 1679.3210
-29 1835.3676 1702.4443 1578.5160
-28 1723.8258 1599.9739 1484.4259
-27 1619.7937 1504.3430 1396.5619
-26 1522.7188 1415.0526 1314.4730
-25 1432.0923 1331.6427 1237.7435
-24 1347.4464 1253.6899 1165.9907
-23 1268.3492 1180.8033 1098.8607
-22 1194.4030 1112.6228 1036.0276
-21 1125.2411 1048.8157 977.1900
-20 1060.5247 989.0748 922.0693
-19 999.9413 933.1163 870.4086
-18 943.2020 880.6780 821.9697
-17 890.0397 831.5172 776.5319
-16 840.2072 785.4093 733.8915
-15 793.4766 742.1467 693.8599
-14 749.6359 701.5367 656.2613
-13 708.4893 663.4011 620.9336
-12 669.8557 627.5745 587.7266
-11 633.5667 593.9033 556.5003
-10 599.4662 562.2455 527.1251
-9 567.4095 532.4689 499.4800
-8 537.2621 504.4506 473.4534
-7 508.8995 478.0767 448.9412
-6 482.2054 453.2412 425.8463
-5 457.0724 429.8456 404.0789
-4 433.4001 407.7980 383.5548
-3 411.0952 387.0132 364.1961
-2 390.0711 367.4116 345.9299
-1 370.2470 348.9192 328.6885
0 351.5475 331.4669 312.4084
1 333.9026 314.9904 297.0306
2 317.2468 299.4297 282.5002
3 301.5193 284.7288 268.7657
4 286.6631 270.8354 255.7792
5 272.6251 257.7005 243.4955
6 259.3558 245.2787 231.8730
7 246.8088 233.5274 220.8723
8 234.9409 222.4066 210.4568
9 223.7115 211.8790 200.5921
10 213.0829 201.9099 191.2462
11 203.0196 192.4665 182.3889
12 193.4887 183.5183 173.9920
13 184.4589 175.0366 166.0292
14 175.9013 166.9947 158.4756
15 167.7887 159.3673 151.3081
16 160.0955 152.1310 144.5048
17 152.7979 145.2635 138.0453
18 145.8734 138.7441 131.9105
19 139.3010 132.5534 126.0822
20 133.0609 126.6730 120.5436
21 127.1346 121.0859 115.2788
22 121.5047 115.7757 110.2727
23 116.1547 110.7273 105.5113
24 111.0694 105.9266 100.9815
25 106.2343 101.3600 96.6707
26 101.6357 97.0149 92.5672
27 97.2610 92.8795 88.6600
28 93.0980 88.9426 84.9387
29 89.1354 85.1936 81.3935
30 85.3626 81.6226 78.0152
31 81.7695 78.2202 74.7950
32 78.3467 74.9777 71.7248
33 75.0852 71.8867 68.7969
34 71.9766 68.9394 66.0039
35 69.0130 66.1284 63.3389
36 66.1869 63.4467 60.7955
37 63.4913 60.8877 58.3675
38 60.9194 58.4452 56.0490
39 58.4650 56.1133 53.8347
40 56.1222 53.8865 51.7192
41 53.8852 51.7595 49.6978
42 51.7489 49.7274 47.7658
43 49.7082 47.7855 45.9187
44 47.7584 45.9293 44.1525
45 45.8949 44.1546 42.4632
46 44.1136 42.4574 40.8471
47 42.4104 40.8341 39.3006
48 40.7815 39.2810 37.8205
49 39.2234 37.7948 36.4036
50 37.7326 36.3722 35.0468
51 36.3058 35.0102 33.7474
52 34.9401 33.7061 32.5026
53 33.6326 32.4569 31.3099
54 32.3804 31.2603 30.1668
55 31.1810 30.1136 29.0711
56 30.0319 29.0147 28.0206
57 28.9308 27.9612 27.0132
58 27.8754 26.9511 26.0470
59 26.8637 25.9824 25.1200
60 25.8936 25.0532 24.2305
61 24.9632 24.1618 23.3768
62 24.0707 23.3064 22.5573
63 23.2144 22.4853 21.7705
64 22.3927 21.6972 21.0148
65 21.6040 20.9404 20.2891
66 20.8468 20.2136 19.5918
67 20.1198 19.5156 18.9219
68 19.4216 18.8449 18.2780
69 18.7509 18.2004 17.6591
70 18.1065 17.5811 17.0640
71 17.4873 16.9857 16.4918
72 16.8922 16.4132 15.9415
73 16.3201 15.8628 15.4121
74 15.7700 15.3333 14.9028
75 15.2411 14.8240 14.4126
76 14.7323 14.3340 13.9409
77 14.2428 13.8624 13.4868
78 13.7719 13.4085 13.0495
79 13.3187 12.9716 12.6285
80 12.8825 12.5509 12.2229
81 12.4626 12.1458 11.8323
82 12.0583 11.7556 11.4559
83 11.6689 11.3797 11.0932
84 11.2939 11.0175 10.7436
85 10.9326 10.6685 10.4066
86 10.5845 10.3321 10.0817
87 10.2491 10.0079 9.7684
88 9.9258 9.6953 9.4663
89 9.6141 9.3938 9.1749
90 9.3136 9.1031 8.8937
91 9.0239 8.8226 8.6224
92 8.7444 8.5520 8.3606
93 8.4748 8.2910 8.1079
94 8.2148 8.0390 7.8639
95 7.9638 7.7959 7.6284
96 7.7216 7.5611 7.4009
97 7.4879 7.3344 7.1813
98 7.2622 7.1156 6.9691
99 7.0444 6.9042 6.7641
100 6.8340 6.7000 6.5660
101 6.6348 6.5027 6.3708
102 6.4422 6.3121 6.1822
103 6.2561 6.1279 6.0000
104 6.0761 5.9499 5.8240
105 5.9021 5.7778 5.6539
106 5.7339 5.6115 5.4895
107 5.5711 5.4506 5.3306
108 5.4137 5.2950 5.1769
109 5.2613 5.1446 5.0284
110 5.1139 4.9990 4.8847
111 4.9713 4.8582 4.7457
112 4.8333 4.7219 4.6113
113 4.6996 4.5901 4.4813
114 4.5702 4.4624 4.3555
115 4.4450 4.3389 4.2337
116 4.3236 4.2193 4.1158
117 4.2061 4.1035 4.0018
118 4.0923 3.9914 3.8913
119 3.9821 3.8827 3.7844
120 3.8752 3.7775 3.6808
121 3.7717 3.6756 3.5805
122 3.6714 3.5769 3.4834
123 3.5741 3.4812 3.3893
124 3.4798 3.3884 3.2981
125 3.3884 3.2985 3.2097
126 3.2998 3.2114 3.1241
127 3.2139 3.1269 3.0411
128 3.1305 3.0450 2.9607
129 3.0496 2.9656 2.8827
130 2.9712 2.8885 2.8071
131 2.8951 2.8138 2.7337
132 2.8213 2.7413 2.6626
133 2.7496 2.6710 2.5936
134 2.6800 2.6028 2.5267
135 2.6125 2.5365 2.4618
136 2.5470 2.4723 2.3988
137 2.4833 2.4099 2.3376
138 2.4215 2.3493 2.2783
139 2.3615 2.2905 2.2207
140 2.3032 2.2334 2.1648
141 2.2466 2.1780 2.1105
142 2.1916 2.1241 2.0578
143 2.1382 2.0718 2.0067
144 2.0863 2.0210 1.9570
145 2.0358 1.9716 1.9087
146 1.9868 1.9236 1.8618
147 1.9391 1.8770 1.8162
148 1.8927 1.8317 1.7720
149 1.8477 1.7877 1.7289
150 1.8039 1.7449 1.6871
151 1.7613 1.7033 1.6465
152 1.7199 1.6628 1.6070
153 1.6796 1.6235 1.5686
154 1.6404 1.5852 1.5313
155 1.6023 1.5480 1.4950
156 1.5652 1.5118 1.4597
157 1.5291 1.4766 1.4254
158 1.4940 1.4424 1.3920
159 1.4598 1.4091 1.3595
160 1.4266 1.3766 1.3279
161 1.3942 1.3451 1.2972
162 1.3627 1.3144 1.2673
163 1.3320 1.2845 1.2381
164 1.3021 1.2554 1.2098
165 1.2730 1.2270 1.1822
166 1.2447 1.1994 1.1554
167 1.2171 1.1726 1.1293
168 1.1902 1.1464 1.1038
169 1.1640 1.1209 1.0790
170 1.1385 1.0961 1.0549
171 1.1136 1.0719 1.0314
172 1.0894 1.0484 1.0085
173 1.0658 1.0255 0.9863
174 1.0428 1.0031 0.9645
175 1.0203 0.9813 0.9434
176 0.9985 0.9601 0.9228
177 0.9772 0.9394 0.9027
178 0.9564 0.9192 0.8831
179 0.9362 0.8995 0.8640
180 0.9164 0.8804 0.8454
181 0.8971 0.8617 0.8273
182 0.8783 0.8435 0.8096
183 0.8600 0.8257 0.7924
184 0.8421 0.8084 0.7756
185 0.8247 0.7915 0.7592
186 0.8077 0.7750 0.7433
187 0.7911 0.7589 0.7277
188 0.7749 0.7432 0.7125
189 0.7591 0.7279 0.6977
190 0.7437 0.7129 0.6832
191 0.7286 0.6983 0.6691
192 0.7139 0.6841 0.6553
193 0.6996 0.6702 0.6419
194 0.6855 0.6567 0.6288
195 0.6719 0.6434 0.6160
196 0.6585 0.6305 0.6035
197 0.6455 0.6179 0.5913
198 0.6327 0.6056 0.5794
199 0.6203 0.5936 0.5678
200 0.6081 0.5818 0.5564
201 0.5963 0.5704 0.5453
202 0.5847 0.5592 0.5345
203 0.5734 0.5482 0.5240
204 0.5623 0.5375 0.5137
205 0.5515 0.5271 0.5036
206 0.5409 0.5169 0.4937
207 0.5306 0.5069 0.4841
208 0.5205 0.4972 0.4747
209 0.5106 0.4877 0.4655
210 0.5010 0.4783 0.4537
211 0.4915 0.4693 0.4478
212 0.4823 0.4604 0.4392
213 0.4733 0.4517 0.4309
214 0.4645 0.4432 0.4227
215 0.4559 0.4349 0.4147
216 0.4474 0.4268 0.4069
217 0.4392 0.4100 0.3990
218 0.4260 0.4111 0.3950
219 0.4284 0.4035 0.3899
220 0.4155 0.3960 0.3773
221 0.4055 0.3934 0.3703
222 0.4014 0.3900 0.3600
223 0.3934 0.3758 0.3568
224 0.3863 0.3679 0.3502
225 0.3794 0.3613 0.3439
226 0.3726 0.3548 0.3376
227 0.3660 0.3450 0.3315
228 0.3500 0.3575 0.3255
229 0.3532 0.3977 0.3196
230 0.3470 0.3300 0.3139
231 0.3580 0.3242 0.3083
232 0.3349 0.3185 0.3028
233 0.3291 0.3129 0.2974
234 0.3234 0.3074 0.2921
235 0.3178 0.3021 0.2870
236 0.3123 0.2968 0.2820
237 0.3070 0.2917 0.2770
238 0.3017 0.2866 0.2722
239 0.2966 0.2817 0.2675
240 0.2915 0.2769 0.2628
241 0.2866 0.2721 0.2583
242 0.2818 0.2675 0.2538
243 0.2770 0.2630 0.2495
244 0.2724 0.2585 0.2452
245 0.2679 0.2541 0.2410
246 0.2634 0.2499 0.2370
247 0.2590 0.2457 0.2330
248 0.2548 0.2416 0.2290
249 0.2506 0.2376 0.2252
250 0.2464 0.2336 0.2214
251 0.2424 0.2298 0.2177
252 0.2385 0.2260 0.2141
253 0.2346 0.2223 0.2106
254 0.2308 0.2187 0.2071
255 0.2271 0.2151 0.2037
256 0.2234 0.2116 0.2003
257 0.2199 0.2082 0.1971
258 0.2163 0.2048 0.1939
259 0.2129 0.2015 0.1907
260 0.2095 0.1983 0.1876
261 0.2062 0.1951 0.1846
262 0.2030 0.1920 0.1816
263 0.1998 0.1890 0.1787
264 0.1967 0.1860 0.1759
265 0.1936 0.1831 0.1731
266 0.1906 0.1802 0.1703
267 0.1876 0.1774 0.1677
268 0.1847 0.1746 0.1650
269 0.1819 0.1719 0.1624
270 0.1791 0.1693 0.1599
271 0.1764 0.1667 0.1574
272 0.1737 0.1641 0.1550
273 0.1711 0.1616 0.1526
274 0.1685 0.1591 0.1502
275 0.1659 0.1567 0.1479
276 0.1635 0.1543 0.1456
277 0.1610 0.1520 0.1434
278 0.1586 0.1497 0.1412
279 0.1562 0.1474 0.1391
280 0.1539 0.1452 0.1370
281 0.1517 0.1431 0.1349
282 0.1494 0.1410 0.1329
283 0.1472 0.1389 0.1309
284 0.1451 0.1368 0.1290
285 0.1430 0.1348 0.1270
286 0.1409 0.1328 0.1252
287 0.1389 0.1309 0.1233
288 0.1369 0.1290 0.1215
289 0.1349 0.1271 0.1197
290 0.1330 0.1253 0.1180
291 0.1311 0.1235 0.1163
292 0.1292 0.1217 0.1146
293 0.1274 0.1199 0.1129
294 0.1256 0.1182 0.1113
295 0.1238 0.1166 0.1097
296 0.1221 0.1149 0.1081
297 0.1204 0.1133 0.1066
298 0.1187 0.1117 0.1051
299 0.1170 0.1101 0.1036
300 0.1154 0.1086 0.1021

  负温度系数NTC热敏电阻 R100℃ =6.7K±2% B值3950±1%高温段(100度准)温度与阻值对应R/T参数表由专业NTC热敏电阻生产厂家富温传感技术公司提供,如需更多热敏电阻参数阻值表请致电本公司。

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