MF52G*-103F3950NTC熱敏電阻,NTC溫度傳感器,10K,50K,100K精度1%的NTC熱敏電阻溫度傳感器

         大批量優(yōu)惠,1000只0.55元一只,10000,0.45元一只,100KPCS 0.35元一只,500KPCS 0.30元一只

         NTC(負溫度系數(shù))熱敏電阻是一種熱敏性半導體電阻器,其電阻值隨著溫度的升高而下降,電阻溫度系數(shù)在-2%/k~-6%/k范圍內(nèi),約為金屬電阻溫度系數(shù)的10倍。NTC熱敏電阻器電阻值的變化可以由外部環(huán)境溫度的變化引起,也可以因有電流流過,自身發(fā)熱而造成。他的各種用途都是基于這種特性。NTC熱敏電阻器由混合氧化物的多晶陶瓷構成。這種材料的導電機理是相當復雜的。

        華巨電子是國內(nèi)較早生產(chǎn)NTC熱敏電阻的專業(yè)廠家,公司生產(chǎn)的NTC熱敏電阻廣泛應用于各種手持設備和小型化的電子設備,亦廣泛應用于各種溫度測量和溫度補償場合,公司生產(chǎn)NTC熱敏電阻具有價格低廉,品質優(yōu)良,完全可以替代如村田、TDK、EPCOS登國外品牌。

        1.產(chǎn)品簡介: MF52珠狀測溫型熱敏電阻是采用新材料、新工藝生產(chǎn)的小體積的環(huán)氧樹脂包封型NTC熱敏電阻,具有高精度和快速反應等優(yōu)點。 2.應用范圍: ·空調(diào)設備 ·暖氣設備 ·電子體溫計 ·液位傳感 ·汽車電子 ·電子臺歷 ·手機電池

        3.特點: ·測試精度高 ·體積小、反應速度快 ·能長時間穩(wěn)定工作 ·互換性、一致性好

        南京華巨阻溫特性表
        R25=10KΩ  精度:±1% B25/50=3950K B25/85=4020K 精度:±1%(P334-4)
        溫度(℃) 電阻(KΩ) 電阻精度(%) 溫度精度(℃)
        最小值 中心值 最大值 △R -△R △T -△T
        -55 813.025 858.631 906.706 5.598 -5.311 0.736 -0.698
        -54 755.376 797.157 841.164 5.52 -5.241 0.732 -0.695
        -53 702.39 740.696 781.012 5.443 -5.171 0.728 -0.691
        -52 653.639 688.785 725.748 5.366 -5.102 0.724 -0.688
        -51 608.738 641.008 674.922 5.29 -5.034 0.72 -0.685
        -50 567.342 596.993 628.131 5.215 -4.966 0.715 -0.681
        -49 529.141 556.404 585.013 5.141 -4.899 0.711 -0.678
        -48 493.856 518.939 545.241 5.068 -4.833 0.707 -0.674
        -47 461.235 484.327 508.524 4.996 -4.767 0.703 -0.671
        -46 431.051 452.323 474.596 4.924 -4.702 0.698 -0.667
        -45 403.099 422.704 443.219 4.853 -4.638 0.694 -0.663
        -44 377.192 395.272 414.177 4.782 -4.574 0.689 -0.659
        -43 353.161 369.843 387.275 4.713 -4.51 0.685 -0.655
        -42 330.854 346.255 362.336 4.644 -4.447 0.68 -0.651
        -41 310.132 324.356 339.198 4.575 -4.385 0.675 -0.647
        -40 290.868 304.011 317.717 4.508 -4.323 0.671 -0.643
        -39 272.947 285.097 297.759 4.441 -4.261 0.666 -0.639
        -38 256.264 267.501 279.203 4.374 -4.2 0.661 -0.635
        -37 240.723 251.12 261.94 4.308 -4.14 0.656 -0.63
        -36 226.237 235.861 245.869 4.243 -4.08 0.651 -0.626
        -35 212.726 221.637 230.898 4.178 -4.02 0.646 -0.621
        -34 200.117 208.371 216.943 4.114 -3.961 0.641 -0.617
        -33 188.341 195.99 203.928 4.05 -3.902 0.635 -0.612
        -32 177.339 184.428 191.782 3.987 -3.843 0.63 -0.608
        -31 167.053 173.626 180.44 3.924 -3.785 0.625 -0.603
        -30 157.432 163.528 169.844 3.862 -3.728 0.619 -0.598
        -29 148.427 154.083 159.939 3.8 -3.67 0.614 -0.593
        -28 139.995 145.244 150.675 3.739 -3.613 0.608 -0.588
        -27 132.096 136.968 142.006 3.678 -3.557 0.603 -0.583
        -26 124.691 129.215 133.89 3.617 -3.501 0.597 -0.578
        -25 117.748 121.95 126.288 3.557 -3.445 0.592 -0.573
        -24 111.234 115.136 119.164 3.498 -3.389 0.586 -0.568
        -23 105.119 108.745 112.485 3.439 -3.334 0.58 -0.562
        -22 99.377 102.747 106.22 3.38 -3.279 0.574 -0.557
        -21 93.983 97.115 100.341 3.322 -3.225 0.568 -0.551
        -20 88.912 91.824 94.822 3.264 -3.17 0.562 -0.546
        -19 84.145 86.852 89.638 3.207 -3.117 0.556 -0.54
        -18 79.661 82.178 84.767 3.149 -3.063 0.55 -0.535
        -17 75.441 77.782 80.188 3.093 -3.01 0.544 -0.529
        -16 71.468 73.646 75.883 3.036 -2.957 0.537 -0.523
        -15 67.727 69.753 71.832 2.98 -2.904 0.531 -0.517
        -14 64.202 66.087 68.02 2.925 -2.851 0.525 -0.511
        -13 60.88 62.634 64.432 2.87 -2.799 0.518 -0.505
        -12 57.748 59.38 61.052 2.815 -2.747 0.512 -0.499
        -11 54.794 56.313 57.867 2.76 -2.696 0.505 -0.493
        -10 52.007 53.42 54.866 2.706 -2.645 0.498 -0.487
        -9 49.377 50.692 52.036 2.652 -2.593 0.492 -0.481
        -8 46.893 48.117 49.368 2.599 -2.543 0.485 -0.475
        -7 44.548 45.686 46.85 2.546 -2.492 0.478 -0.468
        -6 42.331 43.391 44.473 2.493 -2.442 0.471 -0.462
        -5 40.237 41.223 42.23 2.44 -2.392 0.464 -0.455
        -4 38.257 39.175 40.111 2.388 -2.342 0.457 -0.449
        -3 36.385 37.239 38.109 2.336 -2.293 0.45 -0.442
        -2 34.614 35.409 36.218 2.285 -2.243 0.443 -0.435
        -1 32.938 33.677 34.43 2.233 -2.194 0.436 -0.428
        0 31.352 32.04 32.739 2.182 -2.146 0.429 -0.422
        1 29.85 30.49 31.14 2.132 -2.097 0.422 -0.415
        2 28.428 29.022 29.627 2.081 -2.049 0.414 -0.408
        3 27.08 27.633 28.195 2.031 -2.001 0.407 -0.401
        4 25.803 26.317 26.839 1.982 -1.953 0.399 -0.394
        5 24.593 25.071 25.555 1.932 -1.905 0.392 -0.386
        6 23.445 23.889 24.339 1.883 -1.858 0.384 -0.379
        7 22.357 22.769 23.187 1.834 -1.811 0.377 -0.372
        8 21.324 21.707 22.095 1.785 -1.764 0.369 -0.364
        9 20.344 20.7 21.06 1.737 -1.717 0.361 -0.357
        10 19.456 19.788 20.122 1.691 -1.673 0.353 -0.349
        11 18.531 18.838 19.147 1.641 -1.624 0.345 -0.342
        12 17.693 17.977 18.263 1.594 -1.578 0.337 -0.334
        13 16.896 17.16 17.425 1.546 -1.533 0.329 -0.326
        14 16.14 16.383 16.629 1.499 -1.487 0.321 -0.319
        15 15.42 15.646 15.873 1.453 -1.442 0.313 -0.311
        16 14.737 14.945 15.156 1.406 -1.397 0.305 -0.303
        17 14.087 14.28 14.474 1.36 -1.352 0.297 -0.295
        18 13.468 13.647 13.826 1.314 -1.307 0.288 -0.287
        19 12.88 13.045 13.21 1.268 -1.262 0.28 -0.279
        20 12.32 12.472 12.625 1.223 -1.218 0.272 -0.271
        21 11.788 11.928 12.068 1.178 -1.174 0.263 -0.262
        22 11.28 11.409 11.539 1.133 -1.13 0.255 -0.254
        23 10.798 10.916 11.035 1.088 -1.086 0.246 -0.246
        24 10.338 10.447 10.556 1.044 -1.043 0.237 -0.237
        25 9.9 10 10.1 1 -1 0.229 -0.229
        26 9.474 9.574 9.674 1.043 -1.043 0.24 -0.24
        27 9.068 9.168 9.268 1.087 -1.085 0.252 -0.251
        28 8.682 8.781 8.881 1.131 -1.128 0.263 -0.263
        29 8.314 8.413 8.512 1.174 -1.17 0.275 -0.274
        30 7.964 8.062 8.16 1.217 -1.213 0.287 -0.286
        31 7.63 7.727 7.824 1.26 -1.254 0.299 -0.297
        32 7.311 7.407 7.504 1.303 -1.296 0.311 -0.309
        33 7.008 7.103 7.198 1.346 -1.338 0.323 -0.321
        34 6.718 6.812 6.906 1.388 -1.379 0.335 -0.333
        35 6.442 6.534 6.628 1.43 -1.42 0.347 -0.345
        36 6.178 6.27 6.362 1.472 -1.461 0.359 -0.356
        37 5.926 6.017 6.108 1.514 -1.501 0.372 -0.369
        38 5.686 5.775 5.865 1.555 -1.541 0.384 -0.381
        39 5.457 5.545 5.633 1.597 -1.582 0.397 -0.393
        40 5.238 5.324 5.412 1.638 -1.621 0.409 -0.405
        41 5.029 5.114 5.2 1.679 -1.661 0.422 -0.417
        42 4.829 4.913 4.997 1.72 -1.701 0.434 -0.43
        43 4.638 4.72 4.803 1.76 -1.74 0.447 -0.442
        44 4.456 4.536 4.618 1.801 -1.779 0.46 -0.455
        45 4.281 4.36 4.441 1.841 -1.818 0.473 -0.467
        46 4.114 4.192 4.271 1.881 -1.856 0.486 -0.48
        47 3.955 4.031 4.109 1.921 -1.895 0.499 -0.492
        48 3.802 3.877 3.953 1.961 -1.933 0.512 -0.505
        49 3.656 3.73 3.805 2 -1.971 0.526 -0.518
        50 3.5 3.572 3.645 2.045 -2.013 0.538 -0.53
        51 3.383 3.454 3.526 2.079 -2.046 0.552 -0.544
        52 3.255 3.324 3.395 2.118 -2.084 0.566 -0.557
        53 3.133 3.201 3.27 2.157 -2.121 0.58 -0.57
        54 3.015 3.082 3.15 2.195 -2.158 0.593 -0.583
        55 2.903 2.968 3.034 2.234 -2.195 0.607 -0.596
        56 2.795 2.859 2.924 2.272 -2.231 0.621 -0.61
        57 2.692 2.755 2.818 2.31 -2.268 0.635 -0.623
        58 2.593 2.654 2.717 2.348 -2.304 0.649 -0.636
        59 2.499 2.558 2.619 2.386 -2.34 0.663 -0.65
        60 2.408 2.466 2.526 2.423 -2.376 0.677 -0.663
        61 2.321 2.378 2.436 2.46 -2.411 0.691 -0.677
        62 2.237 2.293 2.35 2.498 -2.447 0.705 -0.691
        63 2.157 2.212 2.268 2.535 -2.482 0.72 -0.704
        64 2.08 2.134 2.189 2.572 -2.517 0.734 -0.718
        65 2.006 2.059 2.113 2.608 -2.552 0.748 -0.732
        66 1.935 1.987 2.039 2.645 -2.586 0.763 -0.746
        67 1.867 1.918 1.969 2.681 -2.621 0.778 -0.76
        68 1.802 1.851 1.902 2.717 -2.655 0.792 -0.774
        69 1.74 1.788 1.837 2.753 -2.689 0.807 -0.788
        70 1.679 1.726 1.775 2.789 -2.723 0.822 -0.803
        71 1.622 1.668 1.715 2.825 -2.757 0.837 -0.817
        72 1.566 1.611 1.657 2.86 -2.79 0.852 -0.831
        73 1.513 1.557 1.602 2.895 -2.824 0.867 -0.846
        74 1.461 1.504 1.548 2.931 -2.857 0.882 -0.86
        75 1.412 1.454 1.497 2.966 -2.89 0.898 -0.875
        76 1.364 1.406 1.448 3 -2.923 0.913 -0.889
        77 1.319 1.359 1.4 3.035 -2.955 0.929 -0.904
        78 1.275 1.314 1.355 3.07 -2.988 0.944 -0.919
        79 1.233 1.271 1.311 3.104 -3.02 0.96 -0.934
        80 1.192 1.23 1.268 3.138 -3.052 0.975 -0.949
        81 1.153 1.19 1.228 3.172 -3.084 0.991 -0.964
        82 1.116 1.151 1.188 3.206 -3.116 1.007 -0.979
        83 1.079 1.114 1.151 3.24 -3.148 1.023 -0.994
        84 1.045 1.079 1.114 3.273 -3.179 1.039 -1.009
        85 1.011 1.045 1.079 3.307 -3.21 1.055 -1.024
        86 0.979 1.011 1.045 3.34 -3.242 1.071 -1.039
        87 0.947 0.98 1.013 3.373 -3.272 1.087 -1.055
        88 0.918 0.949 0.981 3.406 -3.303 1.104 -1.07
        89 0.889 0.919 0.951 3.439 -3.334 1.12 -1.086
        90 0.861 0.891 0.922 3.471 -3.364 1.136 -1.101
        91 0.834 0.863 0.894 3.504 -3.395 1.153 -1.117
        92 0.808 0.837 0.866 3.536 -3.425 1.169 -1.133
        93 0.783 0.811 0.84 3.568 -3.455 1.186 -1.148
        94 0.759 0.786 0.815 3.6 -3.485 1.203 -1.164
        95 0.736 0.763 0.79 3.632 -3.514 1.22 -1.18
        96 0.713 0.74 0.767 3.664 -3.544 1.237 -1.196
        97 0.692 0.718 0.744 3.695 -3.573 1.254 -1.212
        98 0.671 0.696 0.722 3.726 -3.602 1.271 -1.228
        99 0.651 0.675 0.701 3.758 -3.631 1.288 -1.245
        100 0.631 0.656 0.68 3.789 -3.66 1.305 -1.261
        101 0.613 0.636 0.661 3.82 -3.689 1.322 -1.277
        102 0.595 0.618 0.641 3.85 -3.717 1.34 -1.294
        103 0.577 0.6 0.623 3.881 -3.746 1.357 -1.31
        104 0.56 0.582 0.605 3.912 -3.774 1.375 -1.326
        105 0.544 0.566 0.588 3.942 -3.802 1.392 -1.343
        106 0.528 0.549 0.571 3.972 -3.83 1.41 -1.36
        107 0.513 0.534 0.555 4.002 -3.858 1.428 -1.376
        108 0.498 0.519 0.539 4.032 -3.885 1.446 -1.393
        109 0.484 0.504 0.524 4.062 -3.913 1.464 -1.41
        110 0.47 0.49 0.51 4.092 -3.94 1.482 -1.427
        111 0.457 0.476 0.496 4.121 -3.968 1.5 -1.444
        112 0.444 0.463 0.482 4.15 -3.995 1.518 -1.461
        113 0.432 0.45 0.469 4.18 -4.021 1.536 -1.478
        114 0.42 0.438 0.456 4.209 -4.048 1.555 -1.495
        115 0.408 0.426 0.444 4.238 -4.075 1.573 -1.513
        116 0.397 0.414 0.432 4.266 -4.101 1.592 -1.53
        117 0.386 0.403 0.42 4.295 -4.128 1.61 -1.547
        118 0.376 0.392 0.409 4.324 -4.154 1.629 -1.565
        119 0.365 0.381 0.398 4.352 -4.18 1.647 -1.582
        120 0.355 0.371 0.387 4.38 -4.206 1.666 -1.6
        121 0.346 0.361 0.377 4.408 -4.232 1.685 -1.618
        122 0.337 0.352 0.367 4.436 -4.257 1.704 -1.635
        123 0.328 0.342 0.358 4.464 -4.283 1.723 -1.653
        124 0.319 0.333 0.348 4.492 -4.308 1.742 -1.671
        125 0.311 0.325 0.339 4.519 -4.334 1.761 -1.689
        南 京華 巨 阻 溫 特 性 表
        R25=10KΩ  精度:±1% B25/50=3380K B25/85=3435K 精度:±1%(P174-9A)
        溫度(℃) 電阻(KΩ) 電阻精度(%) 溫度精度(℃)
        最小值 中心值 最大值 △R -△R △T -△T
        -40 192.415 200.272 208.429 4.072 -3.923 0.69 -0.665
        -39 182.017 189.343 196.944 4.014 -3.869 0.686 -0.661
        -38 172.242 179.075 186.16 3.956 -3.815 0.681 -0.657
        -37 163.051 169.425 176.031 3.898 -3.762 0.676 -0.652
        -36 154.405 160.353 166.513 3.841 -3.709 0.671 -0.648
        -35 146.269 151.82 157.567 3.785 -3.656 0.666 -0.644
        -34 138.61 143.793 149.155 3.728 -3.604 0.661 -0.639
        -33 131.398 136.238 141.242 3.672 -3.552 0.656 -0.635
        -32 124.605 129.125 133.796 3.617 -3.5 0.651 -0.63
        -31 118.203 122.426 126.787 3.561 -3.449 0.646 -0.626
        -30 112.169 116.115 120.187 3.507 -3.397 0.641 -0.621
        -29 106.479 110.166 113.97 3.452 -3.347 0.636 -0.616
        -28 101.111 104.558 108.112 3.398 -3.296 0.631 -0.612
        -27 96.046 99.269 102.59 3.345 -3.246 0.625 -0.607
        -26 91.265 94.279 97.382 3.291 -3.196 0.62 -0.602
        -25 86.751 89.57 92.471 3.238 -3.146 0.614 -0.597
        -24 82.487 85.123 87.836 3.186 -3.097 0.609 -0.592
        -23 78.457 80.925 83.461 3.134 -3.048 0.603 -0.587
        -22 74.649 76.958 79.33 3.082 -2.999 0.597 -0.581
        -21 71.048 73.209 75.428 3.03 -2.951 0.592 -0.576
        -20 67.643 69.665 71.741 2.979 -2.903 0.586 -0.571
        -19 64.42 66.314 68.256 2.928 -2.855 0.58 -0.566
        -18 61.371 63.144 64.961 2.878 -2.807 0.574 -0.56
        -17 58.484 60.144 61.845 2.828 -2.76 0.568 -0.555
        -16 55.749 57.304 58.897 2.778 -2.713 0.562 -0.549
        -15 53.159 54.615 56.106 2.729 -2.666 0.556 -0.543
        -14 50.704 52.069 53.464 2.68 -2.62 0.55 -0.538
        -13 48.378 49.656 50.962 2.631 -2.573 0.544 -0.532
        -12 46.171 47.369 48.592 2.583 -2.527 0.538 -0.526
        -11 44.079 45.201 46.346 2.535 -2.482 0.531 -0.52
        -10 42.093 43.144 44.218 2.487 -2.436 0.525 -0.514
        -9 40.208 41.194 42.199 2.44 -2.391 0.519 -0.508
        -8 38.419 39.343 40.284 2.392 -2.346 0.512 -0.502
        -7 36.72 37.586 38.467 2.346 -2.302 0.506 -0.496
        -6 35.106 35.917 36.743 2.299 -2.257 0.499 -0.49
        -5 33.572 34.333 35.106 2.253 -2.213 0.492 -0.484
        -4 32.115 32.827 33.552 2.207 -2.169 0.486 -0.477
        -3 30.729 31.396 32.075 2.162 -2.126 0.479 -0.471
        -2 29.41 30.036 30.672 2.116 -2.082 0.472 -0.465
        -1 28.156 28.743 29.338 2.072 -2.039 0.465 -0.458
        0 26.963 27.513 28.07 2.027 -1.996 0.458 -0.451
        1 25.827 26.342 26.864 1.983 -1.954 0.451 -0.445
        2 24.746 25.228 25.717 1.938 -1.911 0.444 -0.438
        3 23.716 24.167 24.626 1.895 -1.869 0.437 -0.431
        4 22.734 23.158 23.586 1.851 -1.827 0.43 -0.424
        5 21.799 22.196 22.597 1.808 -1.786 0.423 -0.417
        6 20.908 21.279 21.655 1.765 -1.744 0.415 -0.411
        7 20.058 20.406 20.757 1.722 -1.703 0.408 -0.403
        8 19.248 19.573 19.902 1.68 -1.662 0.401 -0.396
        9 18.475 18.779 19.087 1.638 -1.621 0.393 -0.389
        10 17.731 18.016 18.303 1.596 -1.581 0.386 -0.382
        11 17.033 17.299 17.568 1.555 -1.541 0.378 -0.375
        12 16.361 16.61 16.861 1.513 -1.501 0.37 -0.367
        13 15.719 15.952 16.187 1.472 -1.461 0.363 -0.36
        14 15.105 15.323 15.543 1.432 -1.421 0.355 -0.352
        15 14.52 14.723 14.928 1.391 -1.382 0.347 -0.345
        16 13.96 14.15 14.341 1.351 -1.343 0.339 -0.337
        17 13.425 13.602 13.78 1.311 -1.304 0.331 -0.329
        18 12.913 13.079 13.245 1.271 -1.265 0.323 -0.322
        19 12.424 12.578 12.733 1.231 -1.226 0.315 -0.314
        20 11.956 12.099 12.244 1.192 -1.188 0.307 -0.306
        21 11.508 11.642 11.776 1.153 -1.15 0.299 -0.298
        22 11.079 11.204 11.329 1.114 -1.112 0.291 -0.29
        23 10.669 10.785 10.901 1.076 -1.074 0.282 -0.282
        24 10.276 10.384 10.491 1.038 -1.037 0.274 -0.274
        25 9.9 10 10.1 1 -1 0.266 -0.266
        26 9.532 9.632 9.732 1.037 -1.037 0.277 -0.277
        27 9.18 9.28 9.379 1.075 -1.073 0.289 -0.289
        28 8.843 8.942 9.042 1.112 -1.11 0.301 -0.301
        29 8.52 8.619 8.718 1.15 -1.146 0.313 -0.312
        30 8.21 8.309 8.407 1.187 -1.183 0.325 -0.324
        31 7.914 8.012 8.11 1.224 -1.219 0.338 -0.336
        32 7.63 7.727 7.824 1.26 -1.254 0.35 -0.348
        33 7.357 7.453 7.55 1.297 -1.29 0.362 -0.36
        34 7.096 7.191 7.287 1.333 -1.325 0.375 -0.372
        35 6.845 6.94 7.035 1.369 -1.36 0.387 -0.385
        36 6.605 6.698 6.793 1.405 -1.395 0.4 -0.397
        37 6.374 6.467 6.56 1.441 -1.43 0.412 -0.409
        38 6.153 6.244 6.336 1.476 -1.465 0.425 -0.422
        39 5.94 6.03 6.122 1.512 -1.499 0.438 -0.434
        40 5.736 5.825 5.915 1.547 -1.533 0.451 -0.447
        41 5.54 5.628 5.717 1.582 -1.567 0.464 -0.459
        42 5.351 5.438 5.526 1.616 -1.601 0.477 -0.472
        43 5.17 5.256 5.343 1.651 -1.634 0.49 -0.485
        44 4.996 5.081 5.167 1.686 -1.667 0.503 -0.497
        45 4.829 4.913 4.997 1.72 -1.701 0.516 -0.51
        46 4.669 4.751 4.834 1.754 -1.733 0.529 -0.523
        47 4.514 4.595 4.677 1.788 -1.766 0.543 -0.536
        48 4.365 4.445 4.526 1.822 -1.799 0.556 -0.549
        49 4.222 4.301 4.381 1.855 -1.831 0.57 -0.563
        50 4.082 4.16 4.238 1.889 -1.864 0.583 -0.576
        51 3.952 4.029 4.106 1.922 -1.895 0.597 -0.589
        52 3.825 3.9 3.976 1.955 -1.927 0.611 -0.602
        53 3.702 3.776 3.851 1.988 -1.959 0.625 -0.616
        54 3.584 3.657 3.731 2.021 -1.99 0.639 -0.629
        55 3.47 3.542 3.615 2.053 -2.022 0.653 -0.643
        56 3.361 3.431 3.503 2.086 -2.053 0.667 -0.656
        57 3.255 3.324 3.395 2.118 -2.084 0.681 -0.67
        58 3.153 3.222 3.291 2.15 -2.114 0.695 -0.684
        59 3.055 3.122 3.191 2.182 -2.145 0.71 -0.698
        60 2.961 3.027 3.094 2.214 -2.175 0.724 -0.712
        61 2.87 2.934 3 2.245 -2.206 0.739 -0.726
        62 2.782 2.845 2.91 2.277 -2.236 0.753 -0.74
        63 2.697 2.76 2.823 2.308 -2.266 0.768 -0.754
        64 2.615 2.677 2.739 2.339 -2.296 0.783 -0.768
        65 2.536 2.597 2.658 2.37 -2.325 0.797 -0.782
        66 2.46 2.52 2.58 2.401 -2.355 0.812 -0.796
        67 2.387 2.445 2.505 2.432 -2.384 0.827 -0.811
        68 2.316 2.373 2.432 2.462 -2.413 0.842 -0.825
        69 2.247 2.304 2.361 2.493 -2.442 0.857 -0.84
        70 2.181 2.237 2.293 2.523 -2.471 0.872 -0.854
        71 2.118 2.172 2.227 2.553 -2.5 0.888 -0.869
        72 2.056 2.109 2.164 2.583 -2.528 0.903 -0.884
        73 1.996 2.049 2.102 2.613 -2.556 0.918 -0.898
        74 1.939 1.99 2.043 2.643 -2.585 0.934 -0.913
        75 1.883 1.934 1.985 2.673 -2.613 0.949 -0.928
        76 1.829 1.879 1.93 2.702 -2.641 0.965 -0.943
        77 1.777 1.826 1.876 2.731 -2.668 0.981 -0.958
        78 1.727 1.775 1.824 2.761 -2.696 0.997 -0.973
        79 1.678 1.725 1.774 2.79 -2.724 1.012 -0.988
        80 1.631 1.678 1.725 2.818 -2.751 1.028 -1.004
        81 1.586 1.631 1.678 2.847 -2.778 1.044 -1.019
        82 1.542 1.586 1.632 2.876 -2.805 1.06 -1.034
        83 1.499 1.543 1.588 2.904 -2.832 1.077 -1.05
        84 1.458 1.501 1.545 2.933 -2.859 1.093 -1.065
        85 1.418 1.461 1.504 2.961 -2.886 1.109 -1.081
        86 1.38 1.421 1.464 2.989 -2.912 1.126 -1.097
        87 1.342 1.383 1.425 3.017 -2.938 1.142 -1.112
        88 1.306 1.346 1.387 3.045 -2.965 1.159 -1.128
        89 1.271 1.31 1.351 3.073 -2.991 1.175 -1.144
        90 1.237 1.276 1.315 3.1 -3.017 1.192 -1.16
        91 1.204 1.242 1.281 3.128 -3.043 1.209 -1.176
        92 1.172 1.21 1.248 3.155 -3.068 1.226 -1.192
        93 1.142 1.178 1.216 3.182 -3.094 1.243 -1.208
        94 1.112 1.147 1.184 3.21 -3.119 1.26 -1.224
        95 1.083 1.118 1.154 3.237 -3.145 1.277 -1.24
        96 1.055 1.089 1.125 3.263 -3.17 1.294 -1.257
        97 1.027 1.061 1.096 3.29 -3.195 1.311 -1.273
        98 1.001 1.034 1.068 3.317 -3.22 1.328 -1.29
        99 0.975 1.008 1.042 3.343 -3.245 1.346 -1.306
        100 0.95 0.983 1.016 3.37 -3.27 1.363 -1.323
        101 0.926 0.958 0.99 3.396 -3.294 1.381 -1.339
        102 0.903 0.934 0.966 3.422 -3.319 1.398 -1.356
        103 0.88 0.911 0.942 3.448 -3.343 1.416 -1.373
        104 0.858 0.888 0.919 3.474 -3.367 1.434 -1.39
        105 0.837 0.866 0.896 3.5 -3.391 1.452 -1.407
        106 0.816 0.845 0.875 3.526 -3.415 1.47 -1.424
        107 0.796 0.824 0.853 3.552 -3.439 1.488 -1.441
        108 0.776 0.804 0.833 3.577 -3.463 1.506 -1.458
        109 0.757 0.785 0.813 3.602 -3.487 1.524 -1.475
        110 0.739 0.766 0.793 3.628 -3.51 1.542 -1.492
        111 0.721 0.747 0.775 3.653 -3.534 1.561 -1.51
        112 0.703 0.729 0.756 3.678 -3.557 1.579 -1.527
        113 0.687 0.712 0.738 3.703 -3.58 1.597 -1.545
        114 0.67 0.695 0.721 3.728 -3.603 1.616 -1.562
        115 0.654 0.679 0.704 3.753 -3.626 1.635 -1.58
        116 0.639 0.663 0.688 3.777 -3.649 1.653 -1.597
        117 0.624 0.647 0.672 3.802 -3.672 1.672 -1.615
        118 0.609 0.632 0.656 3.826 -3.695 1.691 -1.633
        119 0.595 0.618 0.641 3.851 -3.717 1.71 -1.651
        120 0.581 0.603 0.627 3.875 -3.74 1.729 -1.669
        121 0.567 0.589 0.612 3.899 -3.762 1.748 -1.687
        122 0.554 0.576 0.599 3.923 -3.785 1.767 -1.705
        123 0.541 0.563 0.585 3.947 -3.807 1.786 -1.723
        124 0.529 0.55 0.572 3.971 -3.829 1.806 -1.741
        125 0.517 0.538 0.559 3.995 -3.851 1.825 -1.759
        南京華巨阻溫特性表
        R25=50KΩ  精度:±1% B25/50=3950K   B25/85=4091K 精度:±1%(P182-6B)
        溫度(℃) 電阻(KΩ) 電阻精度(%) 溫度精度(℃)
        最小值 中心值 最大值 △R -△R △T -△T
        -40 1407.28 1470.38 1536.16 4.473 -4.291 0.672 -0.645
        -39 1322.57 1381 1441.88 4.407 -4.231 0.667 -0.64
        -38 1243.53 1297.66 1354.02 4.342 -4.171 0.662 -0.636
        -37 1169.74 1219.91 1272.11 4.278 -4.112 0.657 -0.632
        -36 1100.82 1147.33 1195.69 4.214 -4.053 0.652 -0.627
        -35 1036.41 1079.54 1124.35 4.151 -3.995 0.647 -0.623
        -34 976.183 1016.19 1057.73 4.088 -3.937 0.642 -0.618
        -33 919.835 956.96 995.485 4.025 -3.879 0.637 -0.614
        -32 867.092 901.55 937.285 3.963 -3.822 0.631 -0.609
        -31 817.698 849.69 882.846 3.902 -3.765 0.626 -0.604
        -30 771.419 801.129 831.9 3.84 -3.708 0.621 -0.599
        -29 728.038 755.635 784.2 3.78 -3.652 0.615 -0.594
        -28 687.354 712.995 739.518 3.72 -3.596 0.61 -0.589
        -27 649.183 673.011 697.645 3.66 -3.54 0.604 -0.584
        -26 613.354 635.503 658.385 3.6 -3.485 0.598 -0.579
        -25 579.708 600.3 621.56 3.541 -3.43 0.593 -0.574
        -24 548.099 567.247 587.004 3.483 -3.375 0.587 -0.569
        -23 518.392 536.2 554.564 3.424 -3.321 0.581 -0.563
        -22 490.46 507.025 524.096 3.367 -3.267 0.575 -0.558
        -21 464.188 479.598 495.471 3.309 -3.213 0.569 -0.552
        -20 439.466 453.805 468.565 3.252 -3.159 0.563 -0.547
        -19 416.195 429.538 443.265 3.195 -3.106 0.557 -0.541
        -18 394.281 406.7 419.467 3.139 -3.053 0.551 -0.536
        -17 373.637 385.196 397.073 3.083 -3 0.544 -0.53
        -16 354.184 364.944 375.993 3.027 -2.948 0.538 -0.524
        -15 335.844 345.862 356.142 2.972 -2.896 0.532 -0.518
        -14 318.55 327.876 337.442 2.917 -2.844 0.525 -0.512
        -13 302.235 310.919 319.82 2.862 -2.792 0.519 -0.506
        -12 286.84 294.925 303.208 2.808 -2.741 0.512 -0.5
        -11 272.306 279.835 287.543 2.754 -2.69 0.506 -0.494
        -10 258.582 265.593 272.766 2.7 -2.639 0.499 -0.488
        -9 245.619 252.147 258.822 2.647 -2.588 0.492 -0.481
        -8 233.37 239.448 245.661 2.594 -2.538 0.486 -0.475
        -7 221.792 227.452 233.233 2.541 -2.488 0.479 -0.469
        -6 210.845 216.116 221.495 2.489 -2.438 0.472 -0.462
        -5 200.493 205.399 210.405 2.437 -2.388 0.465 -0.456
        -4 190.698 195.267 199.925 2.385 -2.339 0.458 -0.449
        -3 181.43 185.683 190.016 2.333 -2.29 0.451 -0.442
        -2 172.656 176.615 180.646 2.282 -2.241 0.444 -0.436
        -1 164.349 168.033 171.783 2.231 -2.192 0.436 -0.429
        0 156.481 159.91 163.397 2.181 -2.144 0.429 -0.422
        1 149.026 152.217 155.46 2.13 -2.096 0.422 -0.415
        2 141.962 144.93 147.946 2.08 -2.048 0.414 -0.408
        3 135.266 138.027 140.83 2.03 -2 0.407 -0.401
        4 128.917 131.484 134.089 1.981 -1.952 0.4 -0.394
        5 122.895 125.282 127.703 1.932 -1.905 0.392 -0.387
        6 117.183 119.401 121.65 1.883 -1.858 0.384 -0.379
        7 111.762 113.824 115.911 1.834 -1.811 0.377 -0.372
        8 106.617 108.532 110.47 1.785 -1.764 0.369 -0.364
        9 101.733 103.511 105.309 1.737 -1.717 0.361 -0.357
        10 96.402 98.034 99.683 1.682 -1.664 0.355 -0.352
        11 92.688 94.219 95.767 1.641 -1.625 0.345 -0.342
        12 88.502 89.922 91.356 1.594 -1.579 0.337 -0.334
        13 84.524 85.84 87.169 1.547 -1.533 0.329 -0.326
        14 80.743 81.962 83.192 1.5 -1.488 0.321 -0.318
        15 77.147 78.277 79.415 1.453 -1.442 0.313 -0.311
        16 73.728 74.773 75.826 1.407 -1.397 0.305 -0.303
        17 70.476 71.442 72.415 1.361 -1.352 0.296 -0.295
        18 67.382 68.275 69.172 1.315 -1.307 0.288 -0.286
        19 64.437 65.261 66.09 1.269 -1.263 0.28 -0.278
        20 61.634 62.394 63.158 1.223 -1.219 0.271 -0.27
        21 58.965 59.666 60.369 1.178 -1.174 0.263 -0.262
        22 56.424 57.069 57.716 1.133 -1.13 0.254 -0.253
        23 54.003 54.597 55.191 1.088 -1.087 0.245 -0.245
        24 51.697 52.242 52.788 1.044 -1.043 0.237 -0.237
        25 49.5 50 50.5 1 -1 0.228 -0.228
        26 47.364 47.863 48.363 1.044 -1.043 0.239 -0.239
        27 45.329 45.827 46.326 1.088 -1.086 0.251 -0.25
        28 43.391 43.886 44.383 1.131 -1.129 0.262 -0.262
        29 41.544 42.037 42.531 1.175 -1.171 0.274 -0.273
        30 39.784 40.273 40.763 1.218 -1.213 0.286 -0.285
        31 38.106 38.59 39.077 1.261 -1.256 0.298 -0.296
        32 36.506 36.986 37.468 1.304 -1.298 0.31 -0.308
        33 34.98 35.455 35.933 1.347 -1.339 0.322 -0.32
        34 33.524 33.994 34.466 1.39 -1.381 0.334 -0.331
        35 32.135 32.599 33.066 1.432 -1.422 0.346 -0.343
        36 30.81 31.268 31.729 1.475 -1.463 0.358 -0.355
        37 29.545 29.997 30.452 1.517 -1.504 0.37 -0.367
        38 28.338 28.783 29.231 1.559 -1.545 0.383 -0.379
        39 27.185 27.623 28.065 1.601 -1.585 0.395 -0.391
        40 26.084 26.515 26.95 1.642 -1.625 0.408 -0.403
        41 25.032 25.456 25.885 1.684 -1.666 0.42 -0.416
        42 24.027 24.444 24.866 1.725 -1.705 0.433 -0.428
        43 23.067 23.476 23.891 1.766 -1.745 0.445 -0.44
        44 22.149 22.551 22.959 1.807 -1.785 0.458 -0.453
        45 21.271 21.667 22.067 1.848 -1.824 0.471 -0.465
        46 20.433 20.821 21.214 1.888 -1.863 0.484 -0.478
        47 19.63 20.011 20.397 1.929 -1.902 0.497 -0.49
        48 18.863 19.236 19.615 1.969 -1.941 0.51 -0.503
        49 18.129 18.495 18.867 2.009 -1.979 0.523 -0.516
        50 17.579 17.94 18.306 2.04 -2.009 0.539 -0.531
        51 16.754 17.106 17.463 2.089 -2.056 0.55 -0.541
        52 16.111 16.455 16.806 2.128 -2.094 0.564 -0.554
        53 15.495 15.832 16.176 2.168 -2.131 0.577 -0.567
        54 14.905 15.235 15.572 2.207 -2.169 0.591 -0.58
        55 14.34 14.664 14.993 2.246 -2.206 0.604 -0.594
        56 13.799 14.116 14.438 2.285 -2.244 0.618 -0.607
        57 13.28 13.591 13.906 2.324 -2.281 0.632 -0.62
        58 12.784 13.087 13.396 2.362 -2.318 0.646 -0.633
        59 12.308 12.604 12.907 2.401 -2.354 0.66 -0.647
        60 11.851 12.142 12.438 2.439 -2.391 0.674 -0.66
        61 11.414 11.698 11.988 2.477 -2.427 0.688 -0.674
        62 10.994 11.272 11.556 2.515 -2.463 0.702 -0.687
        63 10.592 10.864 11.141 2.553 -2.499 0.716 -0.701
        64 10.206 10.472 10.743 2.591 -2.535 0.731 -0.715
        65 9.836 10.095 10.361 2.628 -2.571 0.745 -0.729
        66 9.481 9.734 9.994 2.666 -2.606 0.759 -0.742
        67 9.14 9.388 9.641 2.703 -2.642 0.774 -0.756
        68 8.812 9.055 9.303 2.74 -2.677 0.789 -0.77
        69 8.498 8.735 8.978 2.777 -2.712 0.803 -0.784
        70 8.197 8.428 8.665 2.814 -2.746 0.818 -0.799
        71 7.907 8.133 8.365 2.85 -2.781 0.833 -0.813
        72 7.629 7.85 8.076 2.887 -2.816 0.848 -0.827
        73 7.361 7.577 7.799 2.923 -2.85 0.863 -0.841
        74 7.105 7.316 7.532 2.959 -2.884 0.878 -0.856
        75 6.858 7.064 7.276 2.995 -2.918 0.893 -0.87
        76 6.621 6.822 7.029 3.031 -2.952 0.909 -0.885
        77 6.393 6.589 6.792 3.067 -2.986 0.924 -0.899
        78 6.173 6.366 6.563 3.103 -3.019 0.939 -0.914
        79 5.963 6.15 6.344 3.138 -3.052 0.955 -0.929
        80 5.76 5.943 6.132 3.174 -3.086 0.97 -0.944
        81 5.565 5.744 5.929 3.209 -3.119 0.986 -0.958
        82 5.378 5.553 5.733 3.244 -3.151 1.002 -0.973
        83 5.197 5.368 5.544 3.279 -3.184 1.018 -0.988
        84 5.023 5.19 5.363 3.313 -3.217 1.033 -1.003
        85 4.856 5.02 5.188 3.348 -3.249 1.049 -1.018
        86 4.696 4.855 5.019 3.382 -3.281 1.065 -1.034
        87 4.541 4.696 4.857 3.417 -3.314 1.082 -1.049
        88 4.392 4.544 4.7 3.451 -3.345 1.098 -1.064
        89 4.248 4.396 4.55 3.485 -3.377 1.114 -1.08
        90 4.11 4.255 4.404 3.519 -3.409 1.13 -1.095
        91 3.976 4.118 4.264 3.553 -3.44 1.147 -1.111
        92 3.848 3.986 4.129 3.586 -3.472 1.163 -1.126
        93 3.724 3.86 3.999 3.62 -3.503 1.18 -1.142
        94 3.605 3.737 3.874 3.653 -3.534 1.197 -1.157
        95 3.49 3.619 3.753 3.686 -3.565 1.213 -1.173
        96 3.379 3.506 3.636 3.72 -3.596 1.23 -1.189
        97 3.273 3.396 3.523 3.753 -3.626 1.247 -1.205
        98 3.17 3.29 3.415 3.785 -3.657 1.264 -1.221
        99 3.07 3.188 3.31 3.818 -3.687 1.281 -1.237
        100 2.975 3.09 3.209 3.851 -3.718 1.298 -1.253
        101 2.882 2.994 3.111 3.883 -3.748 1.315 -1.269
        102 2.793 2.903 3.016 3.915 -3.778 1.333 -1.286
        103 2.707 2.814 2.925 3.948 -3.807 1.35 -1.302
        104 2.624 2.729 2.837 3.98 -3.837 1.367 -1.318
        105 2.544 2.646 2.752 4.012 -3.866 1.385 -1.335
        106 2.466 2.567 2.67 4.043 -3.896 1.402 -1.351
        107 2.392 2.49 2.591 4.075 -3.925 1.42 -1.368
        108 2.32 2.415 2.514 4.107 -3.954 1.438 -1.384
        109 2.25 2.343 2.44 4.138 -3.983 1.456 -1.401
        110 2.183 2.274 2.369 4.169 -4.012 1.473 -1.418
        111 2.118 2.207 2.3 4.201 -4.041 1.491 -1.435
        112 2.055 2.142 2.233 4.232 -4.069 1.509 -1.452
        113 1.994 2.08 2.168 4.263 -4.098 1.528 -1.469
        114 1.936 2.019 2.106 4.293 -4.126 1.546 -1.486
        115 1.879 1.96 2.045 4.324 -4.154 1.564 -1.503
        116 1.824 1.904 1.987 4.355 -4.182 1.582 -1.52
        117 1.771 1.849 1.93 4.385 -4.21 1.601 -1.537
        118 1.72 1.796 1.876 4.415 -4.238 1.619 -1.554
        119 1.671 1.745 1.823 4.446 -4.266 1.638 -1.572
        120 1.623 1.695 1.771 4.476 -4.293 1.657 -1.589
        121 1.576 1.648 1.722 4.506 -4.321 1.675 -1.607
        122 1.532 1.601 1.674 4.535 -4.348 1.694 -1.624
        123 1.488 1.556 1.627 4.565 -4.375 1.713 -1.642
        124 1.446 1.513 1.582 4.595 -4.402 1.732 -1.659
        125 1.406 1.471 1.539 4.624 -4.429 1.751 -1.677
                       
        南 京華 巨 阻 溫 特 性 表
        R25=100KΩ  精度:±1% B25/50=3950K    B25/85=4035K 精度:±1%(P209-15A)
        溫度(℃) 電阻(KΩ) 電阻精度(%) 溫度精度(℃)
        最小值 中心值 最大值 △R -△R △T -△T
        -40 3112.23 3255.09 3404.16 4.579 -4.388 0.668 -0.64
        -39 2919.76 3051.81 3189.52 4.512 -4.326 0.663 -0.636
        -38 2740.23 2862.32 2989.56 4.445 -4.265 0.658 -0.631
        -37 2572.69 2685.61 2803.21 4.378 -4.204 0.653 -0.627
        -36 2416.31 2520.77 2629.48 4.312 -4.143 0.648 -0.623
        -35 2270.28 2366.93 2467.45 4.246 -4.083 0.643 -0.618
        -34 2133.87 2223.32 2316.29 4.181 -4.023 0.638 -0.613
        -33 2006.39 2089.2 2175.21 4.116 -3.963 0.632 -0.609
        -32 1887.23 1963.91 2043.5 4.052 -3.904 0.627 -0.604
        -31 1775.8 1846.81 1920.48 3.988 -3.845 0.622 -0.599
        -30 1671.56 1737.34 1805.53 3.925 -3.786 0.616 -0.594
        -29 1574.01 1634.96 1698.1 3.861 -3.727 0.611 -0.589
        -28 1482.69 1539.18 1597.65 3.799 -3.669 0.605 -0.584
        -27 1397.17 1449.53 1503.7 3.736 -3.612 0.6 -0.579
        -26 1317.06 1365.6 1415.79 3.675 -3.554 0.594 -0.574
        -25 1241.98 1287 1333.5 3.613 -3.497 0.588 -0.569
        -24 1171.6 1213.35 1256.45 3.552 -3.44 0.582 -0.564
        -23 1105.6 1144.32 1184.28 3.492 -3.383 0.576 -0.559
        -22 1043.68 1079.61 1116.66 3.431 -3.327 0.571 -0.553
        -21 985.578 1018.91 1053.27 3.371 -3.271 0.565 -0.548
        -20 931.028 961.965 993.83 3.312 -3.215 0.559 -0.542
        -19 879.8 908.515 938.073 3.253 -3.16 0.552 -0.537
        -18 831.675 858.331 885.753 3.194 -3.105 0.546 -0.531
        -17 786.449 811.198 836.641 3.136 -3.05 0.54 -0.525
        -16 743.934 766.914 790.525 3.078 -2.996 0.534 -0.52
        -15 703.953 725.293 747.205 3.021 -2.942 0.528 -0.514
        -14 666.342 686.161 706.5 2.964 -2.888 0.521 -0.508
        -13 630.949 649.358 668.237 2.907 -2.834 0.515 -0.502
        -12 597.633 614.732 632.258 2.85 -2.781 0.508 -0.496
        -11 566.26 582.144 598.415 2.794 -2.728 0.502 -0.49
        -10 536.707 551.464 566.571 2.739 -2.675 0.495 -0.484
        -9 508.861 522.571 536.597 2.684 -2.623 0.488 -0.477
        -8 482.612 495.35 508.374 2.629 -2.571 0.482 -0.471
        -7 457.863 469.698 481.791 2.574 -2.519 0.475 -0.465
        -6 434.52 445.515 456.744 2.52 -2.468 0.468 -0.458
        -5 412.495 422.711 433.137 2.466 -2.416 0.461 -0.452
        -4 391.707 401.199 410.88 2.412 -2.365 0.454 -0.445
        -3 372.082 380.9 389.889 2.359 -2.315 0.447 -0.439
        -2 353.547 361.74 370.085 2.306 -2.264 0.44 -0.432
        -1 336.037 343.648 351.395 2.254 -2.214 0.433 -0.425
        0 319.49 326.56 333.752 2.202 -2.164 0.426 -0.418
        1 303.849 310.414 317.09 2.15 -2.115 0.418 -0.412
        2 289.058 295.155 301.351 2.099 -2.065 0.411 -0.405
        3 275.068 280.73 286.479 2.047 -2.016 0.404 -0.398
        4 261.831 267.087 272.421 1.997 -1.967 0.396 -0.391
        5 249.303 254.182 259.13 1.946 -1.919 0.389 -0.383
        6 237.443 241.97 246.559 1.896 -1.87 0.381 -0.376
        7 226.21 230.41 234.665 1.846 -1.822 0.374 -0.369
        8 215.57 219.466 223.41 1.797 -1.775 0.366 -0.362
        9 205.487 209.1 212.754 1.747 -1.727 0.358 -0.354
        10 195.581 198.92 202.295 1.697 -1.678 0.351 -0.347
        11 186.87 189.972 193.107 1.65 -1.633 0.343 -0.339
        12 178.276 181.15 184.052 1.601 -1.586 0.335 -0.331
        13 170.124 172.785 175.47 1.553 -1.539 0.327 -0.324
        14 162.388 164.85 167.333 1.506 -1.493 0.319 -0.316
        15 155.045 157.322 159.617 1.458 -1.447 0.311 -0.308
        16 148.073 150.178 152.298 1.411 -1.401 0.302 -0.3
        17 141.451 143.396 145.353 1.364 -1.356 0.294 -0.292
        18 135.161 136.956 138.762 1.318 -1.31 0.286 -0.284
        19 129.183 130.84 132.504 1.271 -1.265 0.278 -0.276
        20 123.502 125.028 126.561 1.225 -1.22 0.269 -0.268
        21 118.1 119.506 120.916 1.18 -1.176 0.261 -0.26
        22 112.962 114.256 115.552 1.134 -1.131 0.252 -0.252
        23 108.075 109.264 110.454 1.089 -1.087 0.244 -0.243
        24 103.425 104.516 105.608 1.044 -1.043 0.235 -0.235
        25 99 100 101 1 -1 0.227 -0.227
        26 94.703 95.701 96.701 1.044 -1.043 0.238 -0.238
        27 90.615 91.61 92.608 1.088 -1.086 0.25 -0.249
        28 86.724 87.715 88.709 1.132 -1.129 0.261 -0.261
        29 83.021 84.006 84.994 1.176 -1.172 0.273 -0.272
        30 79.495 80.472 81.454 1.219 -1.214 0.285 -0.284
        31 76.136 77.106 78.079 1.262 -1.257 0.297 -0.295
        32 72.937 73.897 74.862 1.305 -1.299 0.309 -0.307
        33 69.888 70.838 71.794 1.348 -1.34 0.321 -0.319
        34 66.983 67.921 68.867 1.391 -1.382 0.333 -0.331
        35 64.212 65.14 66.074 1.433 -1.423 0.345 -0.343
        36 61.571 62.486 63.408 1.476 -1.464 0.358 -0.355
        37 59.051 59.954 60.864 1.518 -1.505 0.37 -0.367
        38 56.647 57.537 58.434 1.559 -1.545 0.382 -0.379
        39 54.354 55.23 56.114 1.601 -1.585 0.395 -0.391
        40 52.164 53.026 53.897 1.642 -1.626 0.407 -0.403
        41 50.074 50.922 51.779 1.683 -1.665 0.42 -0.416
        42 48.077 48.912 49.755 1.724 -1.705 0.433 -0.428
        43 46.171 46.991 47.82 1.765 -1.744 0.446 -0.44
        44 44.349 45.155 45.97 1.806 -1.783 0.459 -0.453
        45 42.608 43.399 44.201 1.846 -1.822 0.472 -0.466
        46 40.944 41.721 42.508 1.886 -1.861 0.485 -0.478
        47 39.354 40.116 40.889 1.926 -1.9 0.498 -0.491
        48 37.832 38.58 39.339 1.966 -1.938 0.511 -0.504
        49 36.378 37.111 37.856 2.006 -1.976 0.524 -0.517
        50 35.03 35.75 36.48 2.044 -2.013 0.538 -0.53
        51 33.654 34.359 35.075 2.084 -2.051 0.551 -0.542
        52 32.379 33.07 33.773 2.123 -2.089 0.565 -0.556
        53 31.159 31.836 32.524 2.162 -2.126 0.578 -0.569
        54 29.991 30.654 31.329 2.201 -2.163 0.592 -0.582
        55 28.872 29.521 30.182 2.239 -2.2 0.606 -0.595
        56 27.8 28.436 29.084 2.278 -2.237 0.619 -0.608
        57 26.773 27.396 28.03 2.316 -2.273 0.633 -0.622
        58 25.789 26.399 27.02 2.354 -2.309 0.647 -0.635
        59 24.846 25.442 26.051 2.391 -2.345 0.661 -0.649
        60 23.941 24.525 25.121 2.429 -2.381 0.676 -0.662
        61 23.074 23.646 24.229 2.466 -2.417 0.69 -0.676
        62 22.243 22.802 23.373 2.504 -2.452 0.704 -0.69
        63 21.445 21.992 22.551 2.541 -2.488 0.718 -0.703
        64 20.68 21.215 21.762 2.578 -2.523 0.733 -0.717
        65 19.945 20.469 21.004 2.614 -2.557 0.747 -0.731
        66 19.24 19.752 20.276 2.651 -2.592 0.762 -0.745
        67 18.563 19.064 19.577 2.687 -2.627 0.777 -0.759
        68 17.914 18.404 18.905 2.724 -2.661 0.791 -0.773
        69 17.29 17.769 18.259 2.76 -2.695 0.806 -0.787
        70 16.69 17.159 17.638 2.796 -2.729 0.821 -0.802
        71 16.114 16.572 17.042 2.831 -2.763 0.836 -0.816
        72 15.561 16.009 16.468 2.867 -2.797 0.851 -0.83
        73 15.029 15.467 15.916 2.902 -2.83 0.866 -0.845
        74 14.518 14.946 15.385 2.938 -2.863 0.881 -0.859
        75 14.026 14.445 14.874 2.973 -2.897 0.897 -0.874
        76 13.554 13.963 14.383 3.008 -2.929 0.912 -0.888
        77 13.099 13.499 13.91 3.042 -2.962 0.927 -0.903
        78 12.662 13.053 13.455 3.077 -2.995 0.943 -0.918
        79 12.241 12.623 13.016 3.112 -3.027 0.959 -0.933
        80 11.836 12.21 12.594 3.146 -3.06 0.974 -0.948
        81 11.447 11.812 12.188 3.18 -3.092 0.99 -0.962
        82 11.072 11.429 11.796 3.214 -3.124 1.006 -0.977
        83 10.711 11.06 11.419 3.248 -3.155 1.022 -0.993
        84 10.363 10.704 11.055 3.282 -3.187 1.038 -1.008
        85 10.028 10.362 10.705 3.315 -3.219 1.054 -1.023
        86 9.705 10.031 10.367 3.349 -3.25 1.07 -1.038
        87 9.395 9.713 10.042 3.382 -3.281 1.086 -1.054
        88 9.095 9.407 9.728 3.415 -3.312 1.102 -1.069
        89 8.806 9.111 9.425 3.448 -3.343 1.119 -1.084
        90 8.528 8.826 9.133 3.481 -3.374 1.135 -1.1
        91 8.26 8.551 8.852 3.514 -3.404 1.152 -1.116
        92 8.001 8.286 8.58 3.547 -3.435 1.168 -1.131
        93 7.752 8.03 8.318 3.579 -3.465 1.185 -1.147
        94 7.512 7.784 8.065 3.611 -3.495 1.202 -1.163
        95 7.28 7.546 7.821 3.643 -3.525 1.218 -1.179
        96 7.056 7.316 7.585 3.676 -3.555 1.235 -1.195
        97 6.84 7.094 7.357 3.707 -3.585 1.252 -1.211
        98 6.631 6.88 7.137 3.739 -3.614 1.269 -1.227
        99 6.43 6.673 6.925 3.771 -3.643 1.286 -1.243
        100 6.236 6.474 6.72 3.802 -3.673 1.304 -1.259
        101 6.048 6.281 6.522 3.834 -3.702 1.321 -1.275
        102 5.867 6.094 6.33 3.865 -3.731 1.338 -1.292
        103 5.692 5.914 6.145 3.896 -3.76 1.356 -1.308
        104 5.523 5.741 5.966 3.927 -3.788 1.373 -1.325
        105 5.36 5.573 5.793 3.958 -3.817 1.391 -1.341
        106 5.202 5.41 5.626 3.989 -3.845 1.408 -1.358
        107 5.05 5.253 5.464 4.019 -3.874 1.426 -1.374
        108 4.902 5.101 5.308 4.05 -3.902 1.444 -1.391
        109 4.76 4.955 5.157 4.08 -3.93 1.462 -1.408
        110 4.622 4.813 5.01 4.111 -3.958 1.48 -1.425
        111 4.489 4.675 4.869 4.141 -3.986 1.498 -1.442
        112 4.36 4.542 4.732 4.171 -4.013 1.516 -1.459
        113 4.236 4.414 4.599 4.201 -4.041 1.534 -1.476
        114 4.115 4.29 4.471 4.23 -4.068 1.552 -1.493
        115 3.999 4.169 4.347 4.26 -4.096 1.571 -1.51
        116 3.886 4.053 4.227 4.29 -4.123 1.589 -1.527
        117 3.777 3.94 4.11 4.319 -4.15 1.608 -1.545
        118 3.671 3.831 3.998 4.348 -4.177 1.626 -1.562
        119 3.569 3.725 3.888 4.378 -4.203 1.645 -1.579
        120 3.47 3.623 3.783 4.407 -4.23 1.664 -1.597
        121 3.374 3.524 3.68 4.436 -4.257 1.682 -1.614
        122 3.281 3.428 3.581 4.464 -4.283 1.701 -1.632
        123 3.191 3.335 3.485 4.493 -4.309 1.72 -1.65
        124 3.104 3.245 3.392 4.522 -4.336 1.739 -1.668
        125 3.02 3.158 3.301 4.55 -4.362 1.758 -1.685
        該公司產(chǎn)品分類: NTC熱敏電阻 NTC溫度傳感器 PTC溫度傳感器 溫度傳感器

        MF11型NTC熱敏電阻

         用于一般精度的溫度測量和在計量設備、晶體管電路中的溫度補償。
        * 特點:
          MF11:采用圖標GB6665-86組織生產(chǎn)B值與阻值一一對應,且B值誤差范圍小,對于阻值誤差范圍在±5%的產(chǎn)品,其一致性、互換性良好。  MF12:阻值范圍寬,最大標稱電阻值可達2MΩ,穩(wěn)定性好。
        * 主要技術參數(shù):
        額定功率0.5W,使用溫度范圍-55℃~+125℃。標準阻值及誤差見下表,B值誤差見下表,時間常數(shù)≤30S,耗散系數(shù)≥6mW/℃,測量功率≤0.1mW。
        MF11
        25℃標稱電阻值
        B值
        額定值(Ω)
        允許偏差(%)
        標稱值(K)
        允許偏差(%)
        10
        ±5;±10;±20
        2800
        ±5
        15
        2870
        22
        2935
        33
        3010
        47
        3070
        68
        3135
        100
        3200
        150
        3280
        220
        3350
        330
        3440
        470
        3520
        680
        3600
        1000
        3680
        1500
        3775
        2200
        3915
        3300
        4070
        4700
        4200
        6800
        4300
        10000
        4400
        15000
        4475
        MF12
        1K~2M
          
        3500~5500

        MF52E1型NTC熱敏電阻

        MF52型熱敏電阻器是采用新材料、新工藝生產(chǎn)的小體積的樹脂包封型NTC熱敏電阻器,具有高精度和快速反應等優(yōu)點。
        * 應用范圍:
          本系列適用于空調(diào)設備、暖氣設備、電子體溫計、液位傳感器、汽車電子、電子臺歷。
        * 特點:
          1.測試精度高;  2.體積小、反應速度快;  3.能長時間穩(wěn)定工作;  4.互換性、一致性好.
        * 產(chǎn)品代碼說明:
           、佟   ②   ③    ④   ⑤  、蕖 、 滴珠狀NTC熱敏電阻器 、 E:環(huán)氧樹脂包封 S:硅樹脂包封  ③ 標稱電阻值R25 10KΩ-103 、 電阻誤差 F:±1% G:±2% H:±30% J:±5% K:±10% 、 L:B25/50 H:B25/85 T:特殊溫度范圍  ⑥ B值:347:3470 338:3380 取前三位

         

        * 產(chǎn)品規(guī)格表
        產(chǎn)品型號
        標稱電阻值
        B值
        耗散系數(shù)
        時間常數(shù)
        工作溫度范圍
        MF52
        100Ω-10KΩ
        3100K
        ≥2.5mW/℃靜止空氣中
        ≤7S靜止空氣中
        -40℃~+120℃
        MF52
        200Ω-10KΩ
        3270K
        MF52
        500Ω-15KΩ
        3470K
        MF52
        1KΩ-50KΩ
        3600K
        MF52
        5KΩ-50KΩ
        3950K
        MF52
        10KΩ-100KΩ
        4050K
        MF52
        10KΩ-100KΩ
        4150K
        MF52
        20KΩ-500KΩ
        4300K
         注:  1. 電阻值誤差: F:±1% G:±2% H:±3% J:±5% K:±10% ! 2. B值(25/50oC)誤差: 對于標稱電阻值精度為±1%的, B值對應誤差為±1%,其余B值誤差均為±2%。   3. 除以上規(guī)格外, 我公司還可根據(jù)用戶特殊要求供貨。
        * 注意事項

          1、由于MF52系列體積較小、焊點小、引線兩端不能承受過大拉力! 2、焊接時,請距離引線根部5mm處焊接, 焊接時間盡量短! 3、MF52E系列熱敏電阻器不能直接在水中使用。

        MF52型常用規(guī)格電阻值--溫度對照表(單位:KΩ)
         5KΩ10KΩ10KΩ15KΩ50 KΩ100 KΩ
        347033803950410039503990
        -2036.9570.7898.26159.75486.08995.64
        -1935.1267.3292.74150.45458.63938.84
        -1833.3964.0587.55141.74432.91885.63
        -1731.7560.9782.69133.59408.79835.78
        -1630.2158.0578.12125.95386.17789.05
        -1528.7555.2973.83118.79364.94745.23
        -1427.3752.6869.8112.08345.02704.11
        -1326.0650.266.01105.79326.3665.52
        -1224.8347.8662.4599.88308.71629.28
        -1123.6545.6559.194.34292.18595.24
        -1022.5543.5555.9589.14276.64563.25
        -921.541.5652.9884.25262.02533.18
        -820.539.6750.1979.66248.26504.89
        -719.5637.8847.5775.34235.31478.27
        -618.6636.1845.0971.29223.11453.22
        -517.8234.5742.7667.47211.61429.63
        -417.0133.0440.5663.88200.78407.41
        -316.2531.5938.4960.5190.57386.48
        -215.5230.2136.5357.32180.93366.74
        -114.8328.934.6854.33171.84348.13
        014.1827.6532.9451.51163.26330.57
        113.5626.4731.348.85155.16314
        212.9725.3429.7446.34147.51298.35
        312.4124.2728.2843.97140.28283.58
        411.8723.2526.8941.74133.45269.63
        511.3722.2725.5839.64126.99256.44
        610.8821.3524.3437.65120.88243.97
        710.4220.4723.1735.78115.09232.18
        89.9819.6322.0634109.62221.03
        99.56718.8321.0132.33104.44210.48
        109.1718.0620.0130.7599.53200.49
        118.79217.3419.0729.2594.88191.03
        128.43116.6418.1827.8490.48182.07
        138.08715.9817.3326.586.3173.58
        147.75915.3516.5325.2382.34165.53
        157.44614.7415.7724.0378.58157.9
        167.14814.1715.0522.975.02150.67
        176.86313.6214.3721.8271.64143.81
        186.59113.0913.7220.868.42137.29
        196.33212.5913.119.8465.37131.11
        206.08412.1112.5218.9262.48125.24
        215.84711.6511.9618.0559.72119.67
        225.62111.2111.4317.2357.11114.37
        235.40510.7910.9316.4554.62109.34
        245.19810.3910.4515.752.25104.55
        25510101550100
        264.8119.6329.56914.3347.8695.67
        274.639.2799.15813.745.8291.56
        284.4578.948.76813.0943.8887.64
        294.2918.6168.39612.5242.0383.91
        304.1338.3068.04211.9740.2780.36
        313.9818.0087.70511.4638.5976.98
        323.8357.7237.38410.9636.9973.75
        333.6967.4497.07810.4935.4770.68
        343.5627.1876.78610.0534.0167.76
        353.4346.9356.5089.6232.6264.97
        363.3126.6946.2439.21531.362.31
        373.1946.4625.998.8330.0459.77
        383.0816.2395.7498.46228.8357.35
        392.9736.0255.5198.11227.6855.04
        402.8695.825.2997.77826.5852.83
        412.7695.6235.0897.4625.5350.72
        422.6745.4334.8897.15624.5348.71
        432.5825.2514.6976.86723.5746.79
        442.4945.0764.5146.5922.6644.95
        452.4094.9084.3396.32721.7843.2
        462.3274.7464.1726.07520.9441.52
        472.2494.594.0125.83420.1439.92
        482.1744.4413.865.60519.3838.38
        492.1024.2973.7135.38618.6436.91
        502.0324.1583.5745.17617.9435.51
        511.9654.0243.444.97617.2734.17
        521.9013.8963.3124.78416.6232.88
        531.8393.7723.1894.60116.0131.65
        541.783.6533.0714.42615.4230.47
        551.7223.5382.9594.25814.8529.34
        561.6673.4282.8514.09814.3128.26
        571.6143.3212.7483.94513.7927.22
        581.5633.2182.6493.79813.2926.23
        591.5143.1192.5543.65712.8125.27
        601.4663.0242.4633.52212.3524.36
        611.4212.9322.3753.39311.9123.48
        621.3772.8432.2923.2711.4922.64
        631.3342.7572.2113.15111.0921.84
        641.2932.6742.1343.03810.721.06
        651.2542.5952.062.92910.3220.32
        661.2162.5181.9892.8249.96419.61
        671.1792.4431.9212.7249.61918.92
        681.1432.3721.8552.6289.28818.27
        691.1092.3021.7922.5368.9717.63
        701.0762.2351.7312.4478.6617.03
        711.0442.1711.6732.3628.3716.44
        721.0142.1081.6172.2818.0915.88
        730.98412.0481.5632.2037.8215.34
        740.95541.9891.5122.1277.5514.83
        750.92771.9331.4622.0557.314.33
        760.9011.8781.4141.9867.0613.85
        770.87511.8261.3681.9196.8313.39
        780.85021.7751.3241.8556.6112.95
        790.8261.7251.2811.7936.3912.52
        800.80271.6771.241.7346.1812.11
        810.78021.6311.2011.6775.9811.71
        820.75841.5871.1631.6225.7911.33
        830.73731.5431.1261.5695.610.97
        840.71691.5011.0911.5185.4310.61
        850.69711.4611.0561.4695.2510.27
        860.6781.4221.0241.4225.099.945
        870.65961.3840.9921.3764.939.629
        880.64171.3470.96151.3334.779.325
        890.62431.3110.93211.2914.629.032
        900.60761.2770.90381.254.488.749
        910.59141.2430.87641.2114.348.476
        920.57561.2110.851.1734.218.213
        930.56041.1790.82451.1374.087.96
        940.54571.1490.81.1023.967.715
        950.53141.1190.77621.0683.847.479
        960.51751.090.75331.0363.727.251
        970.50411.0630.73121.0043.617.031
        980.49111.0360.70990.97413.56.819
        990.47851.0090.68920.94493.46.614
        1000.46620.98410.66930.91663.36.416
        1010.45440.95950.650.88943.26.225
        1020.44290.93560.63140.86313.16.041
        1030.43170.91240.61350.83773.015.862
        1040.42090.88980.59610.81322.935.69
        1050.41040.8680.57930.78952.845.524
        1060.40020.84670.5630.76672.765.363
        1070.39030.82610.54730.74462.685.207
        1080.38070.80610.53210.72322.65.057
        1090.37140.78670.51740.70262.534.911
        1100.36240.76780.50310.68262.464.771
        1110.35360.74940.48940.66332.3884.635
        1120.34510.73160.4760.64472.3214.503
        1130.33680.71430.46310.62662.2564.376
        1140.32870.69740.45060.60922.1934.253
        1150.32090.68110.43860.59232.1324.134
        1160.31330.66510.42680.5762.0734.019
        1170.30590.64970.41550.56012.0163.907
        1180.29880.63460.40450.54481.9613.799
        1190.29180.620.39390.531.9083.694
        1200.2850.60580.38350.51571.8563.593

        MF52E2型NTC熱敏電阻

        MF52型熱敏電阻器是采用新材料、新工藝生產(chǎn)的小體積的樹脂包封型NTC熱敏電阻器,具有高精度和快速反應等優(yōu)點。
        * 應用范圍:
          本系列適用于空調(diào)設備、暖氣設備、電子體溫計、液位傳感器、汽車電子、電子臺歷。
        * 特點:
          1.測試精度高;  2.體積小、反應速度快;  3.能長時間穩(wěn)定工作;  4.互換性、一致性好.
        * 產(chǎn)品代碼說明:
            ①    ②   ③    ④   ⑤  、蕖 、 滴珠狀NTC熱敏電阻器 、 E:環(huán)氧樹脂包封 S:硅樹脂包封  ③ 標稱電阻值R25 10KΩ-103 、 電阻誤差 F:±1% G:±2% H:±30% J:±5% K:±10% 、 L:B25/50 H:B25/85 T:特殊溫度范圍 、 B值:347:3470 338:3380 取前三位
        * 產(chǎn)品規(guī)格表
        產(chǎn)品型號
        標稱電阻值
        B值
        耗散系數(shù)
        時間常數(shù)
        工作溫度范圍
        MF52
        100Ω-10KΩ
        3100K
        ≥2.5mW/℃靜止空氣?/DIV>
        ≤7S靜止空氣中
        -40℃~+120℃
        MF52
        200Ω-10KΩ
        3270K
        MF52
        500Ω-15KΩ
        3470K
        MF52
        1KΩ-50KΩ
        3600K
        MF52
        5KΩ-50KΩ
        3950K
        MF52
        10KΩ-100KΩ
        4050K
        MF52
        10KΩ-100KΩ
        4150K
        MF52
        20KΩ-500KΩ
        4300K
         注:  1. 電阻值誤差: F:±1% G:±2% H:±3% J:±5% K:±10% 。  2. B值(25/50oC)誤差: 對于標稱電阻值精度為±1%的, B值對應誤差為±1%,其余B值誤差均為±2%。   3. 除以上規(guī)格外, 我公司還可根據(jù)用戶特殊要求供貨。
        * 注意事項

          1、由于MF52系列體積較小、焊點小、引線兩端不能承受過大拉力。  2、焊接時,請距離引線根部5mm處焊接, 焊接時間盡量短。  3、MF52E系列熱敏電阻器不能直接在水中使用。

        MF52型常用規(guī)格電阻值--溫度對照表(單位:KΩ)
         5KΩ10KΩ10KΩ15KΩ50 KΩ100 KΩ
        347033803950410039503990
        -2036.9570.7898.26159.75486.08995.64
        -1935.1267.3292.74150.45458.63938.84
        -1833.3964.0587.55141.74432.91885.63
        -1731.7560.9782.69133.59408.79835.78
        -1630.2158.0578.12125.95386.17789.05
        -1528.7555.2973.83118.79364.94745.23
        -1427.3752.6869.8112.08345.02704.11
        -1326.0650.266.01105.79326.3665.52
        -1224.8347.8662.4599.88308.71629.28
        -1123.6545.6559.194.34292.18595.24
        -1022.5543.5555.9589.14276.64563.25
        -921.541.5652.9884.25262.02533.18
        -820.539.6750.1979.66248.26504.89
        -719.5637.8847.5775.34235.31478.27
        -618.6636.1845.0971.29223.11453.22
        -517.8234.5742.7667.47211.61429.63
        -417.0133.0440.5663.88200.78407.41
        -316.2531.5938.4960.5190.57386.48
        -215.5230.2136.5357.32180.93366.74
        -114.8328.934.6854.33171.84348.13
        014.1827.6532.9451.51163.26330.57
        113.5626.4731.348.85155.16314
        212.9725.3429.7446.34147.51298.35
        312.4124.2728.2843.97140.28283.58
        411.8723.2526.8941.74133.45269.63
        511.3722.2725.5839.64126.99256.44
        610.8821.3524.3437.65120.88243.97
        710.4220.4723.1735.78115.09232.18
        89.9819.6322.0634109.62221.03
        99.56718.8321.0132.33104.44210.48
        109.1718.0620.0130.7599.53200.49
        118.79217.3419.0729.2594.88191.03
        128.43116.6418.1827.8490.48182.07
        138.08715.9817.3326.586.3173.58
        147.75915.3516.5325.2382.34165.53
        157.44614.7415.7724.0378.58157.9
        167.14814.1715.0522.975.02150.67
        176.86313.6214.3721.8271.64143.81
        186.59113.0913.7220.868.42137.29
        196.33212.5913.119.8465.37131.11
        206.08412.1112.5218.9262.48125.24
        215.84711.6511.9618.0559.72119.67
        225.62111.2111.4317.2357.11114.37
        235.40510.7910.9316.4554.62109.34
        245.19810.3910.4515.752.25104.55
        25510101550100
        264.8119.6329.56914.3347.8695.67
        274.639.2799.15813.745.8291.56
        284.4578.948.76813.0943.8887.64
        294.2918.6168.39612.5242.0383.91
        304.1338.3068.04211.9740.2780.36
        313.9818.0087.70511.4638.5976.98
        323.8357.7237.38410.9636.9973.75
        333.6967.4497.07810.4935.4770.68
        343.5627.1876.78610.0534.0167.76
        353.4346.9356.5089.6232.6264.97
        363.3126.6946.2439.21531.362.31
        373.1946.4625.998.8330.0459.77
        383.0816.2395.7498.46228.8357.35
        392.9736.0255.5198.11227.6855.04
        402.8695.825.2997.77826.5852.83
        412.7695.6235.0897.4625.5350.72
        422.6745.4334.8897.15624.5348.71
        432.5825.2514.6976.86723.5746.79
        442.4945.0764.5146.5922.6644.95
        452.4094.9084.3396.32721.7843.2
        462.3274.7464.1726.07520.9441.52
        472.2494.594.0125.83420.1439.92
        482.1744.4413.865.60519.3838.38
        492.1024.2973.7135.38618.6436.91
        502.0324.1583.5745.17617.9435.51
        511.9654.0243.444.97617.2734.17
        521.9013.8963.3124.78416.6232.88
        531.8393.7723.1894.60116.0131.65
        541.783.6533.0714.42615.4230.47
        551.7223.5382.9594.25814.8529.34
        561.6673.4282.8514.09814.3128.26
        571.6143.3212.7483.94513.7927.22
        581.5633.2182.6493.79813.2926.23
        591.5143.1192.5543.65712.8125.27
        601.4663.0242.4633.52212.3524.36
        611.4212.9322.3753.39311.9123.48
        621.3772.8432.2923.2711.4922.64
        631.3342.7572.2113.15111.0921.84
        641.2932.6742.1343.03810.721.06

        MF52E3型NTC熱敏電阻

        MF52型熱敏電阻器是采用新材料、新工藝生產(chǎn)的小體積的樹脂包封型NTC熱敏電阻器,具有高精度和快速反應等優(yōu)點。 * 應用范圍:    本系列適用于空調(diào)設備、暖氣設備、電子體溫計、液位傳感器、汽車電子、電子臺歷。 * 特點:   1.測試精度高;   2.體積小、反應速度快;   3.能長時間穩(wěn)定工作;   4.互換性、一致性好. * 產(chǎn)品代碼說明:     、佟   ②   ③    ④   ⑤   ⑥  、 滴珠狀NTC熱敏電阻器   ② E:環(huán)氧樹脂包封 S:硅樹脂包封  、 標稱電阻值R25 10KΩ-103   ④ 電阻誤差 F:±1% G:±2% H:±30% J:±5% K:±10%  、 L:B25/50 H:B25/85 T:特殊溫度范圍   ⑥ B值:347:3470 338:3380 取前三位 * 產(chǎn)品規(guī)格表 產(chǎn)品型號 標稱電阻值 B值 耗散系數(shù) 時間常數(shù) 工作溫度范圍  MF52 100Ω-10KΩ 3100K ≥2.5mW/℃ 靜止空氣中≤7S 靜止空氣中-40℃~+120℃ MF52 200Ω-10KΩ 3270K  MF52 500Ω-15KΩ 3470K  MF52 1KΩ-50KΩ 3600K  MF52 5KΩ-50KΩ 3950K  MF52 10KΩ-100KΩ 4050K  MF52 10KΩ-100KΩ 4150K  MF52 20KΩ-500KΩ 4300K   注:   1. 電阻值誤差: F:±1% G:±2% H:±3% J:±5% K:±10% 。   2. B值(25/50oC)誤差: 對于標稱電阻值精度為±1%的, B值對應誤差為±1%,其余B值誤差均為±2%。    3. 除以上規(guī)格外, 我公司還可根據(jù)用戶特殊要求供貨。 * 注意事項    1、由于MF52系列體積較小、焊點小、引線兩端不能承受過大拉力。   2、焊接時,請距離引線根部5mm處焊接, 焊接時間盡量短。   3、MF52E系列熱敏電阻器不能直接在水中使用。 MF52型常用規(guī)格電阻值--溫度對照表(單位:KΩ)  5KΩ10KΩ10KΩ15KΩ50 KΩ100 KΩ 347033803950410039503990 -2036.9570.7898.26159.75486.08995.64 -1935.1267.3292.74150.45458.63938.84 -1833.3964.0587.55141.74432.91885.63 -1731.7560.9782.69133.59408.79835.78 -1630.2158.0578.12125.95386.17789.05 -1528.7555.2973.83118.79364.94745.23 -1427.3752.6869.8112.08345.02704.11 -1326.0650.266.01105.79326.3665.52 -1224.8347.8662.4599.88308.71629.28 -1123.6545.6559.194.34292.18595.24 -1022.5543.5555.9589.14276.64563.25 -921.541.5652.9884.25262.02533.18 -820.539.6750.1979.66248.26504.89 -719.5637.8847.5775.34235.31478.27 -618.6636.1845.0971.29223.11453.22 -517.8234.5742.7667.47211.61429.63 -417.0133.0440.5663.88200.78407.41 -316.2531.5938.4960.5190.57386.48 -215.5230.2136.5357.32180.93366.74 -114.8328.934.6854.33171.84348.13 014.1827.6532.9451.51163.26330.57 113.5626.4731.348.85155.16314 212.9725.3429.7446.34147.51298.35 312.4124.2728.2843.97140.28283.58 411.8723.2526.8941.74133.45269.63 511.3722.2725.5839.64126.99256.44

        MF58J型NTC熱敏電阻

        本型號產(chǎn)品采用陶瓷工藝與半導體工藝相結合的工藝技術制作而成,為兩端軸向引出線玻璃封裝結構。
        * 應用:
          1、家用電器,如空調(diào)機、微波爐、電風扇、電取暖爐等的溫度控制與溫度檢測! 2、辦公自動化設備,如復印機、打印機的溫度檢測或溫度補償。  3、工業(yè)、醫(yī)療、環(huán)保、氣象、食品加工設備的溫度控制與檢驗。  4、液面指示和流量測量! 5、手機電池。  6、儀表線圈、集成電路、石英晶體振蕩器和熱電偶的溫度補償。
        * 特點:
          1、 穩(wěn)定性好,性高! 2、 阻值范圍寬:0.1-1000K   3、 阻值精度高。  4、 由于玻璃封裝,可在高溫和高溫等惡劣環(huán)境下使用! 5、 體積小、重量輕、結構堅固,便于自動化安裝(在印制線路板上)! 6、 熱感應速度快、靈敏度高。
        * 主要技術參數(shù):
          1、額定零功率電阻值范圍(R25):0.1~1000KΩ  2、R25允許偏差:±1%、±2%,±3%, ±5%, ±10%.  3、B值范圍(B25/50℃):1960~4480K  4、B值允許偏差:±0.5%,±1%,±2%.  5、耗散系數(shù): 2mW/℃(在靜止空氣中)  6、熱時間常數(shù): 20S (在靜止空氣中)  7、工作溫度范圍: -55℃~ +300℃  8、額定功率:≤50Mw。
        * 產(chǎn)品代碼說明:
           、    ②    ③   ④  、荨  ⑥  ① 玻璃封裝熱敏電阻器 、 J:徑向引出線  ③ 阻值:103----10KΩ 502---5KΩ 、 阻值精度:F:±1% G:±2% H:±3% J:±5% K:±10% 、 L:B25/50 H:B25/85 T:特殊溫度范圍 、 B值:347----3470 338----3380 取前三位
        * 外型尺寸:
              1---芯片,2----玻封,3----引線
                   MF58J
             
        Type
        Dissipation factor(mW/℃)
        Time Constant(63.2%)(sec)
        Designation
        Configuration
        In still Air
        In still Air
        In stirred Oil
        CB-1
        Chip in Glass
        1.2 ~ 1.3
        10 ~ 11
        0.9 ~ 1.1
        CB-3
        Chip in Glass
        0.7 ~ 0.8
        4 ~ 5
        0.3 ~ 0.4
        CB-5
        Chip in Glass
        0.4 ~ 0.5
        2 ~ 3
        0.18 ~ 0.20
         
        * MF58J耐高溫電阻(R)--溫度(T)特性表
         

        R200℃=1KΩ

        R200℃

        =4KΩ

        R200℃

        =8KΩ

         

        R200℃

        =1KΩ

        R200℃=4KΩ

        R200℃

        =8KΩ

        B100/200= 4537K±3%

        B200/300= 5133K±3%

        B150/250= 5300K±3%

        B100/200=

        4537K±3%

        B200/300=

        5133K±3%

        B150/250= 5300K±3%

        0

        806.5

        5336

        15577

        250

        0.3865

        1.432

        2.699

        5

        618.9

        4009

        11544

        255

        0.3547

        1.305

        2.446

        10

        478.8

        3039

        8632

        260

        0.3259

        1.191

        2.22

        15

        373.1

        2322

        6511

        265

        0.3

        1.088

        2.018

        20

        292.9

        1789

        4951

        270

        0.2765

        0.9958

        1.837

        25

        231.4

        1388

        3794

        275

        0.2552

        0.9127

        1.675

        30

        184.1

        1085

        2929

        280

        0.2358

        0.8377

        1.53

        35

        147.4

        853.9

        2278

        285

        0.2182

        0.77

        1.399

        40

        118.7

        676.5

        1783

        290

        0.2022

        0.7086

        1.128

        45

        96.13

        539.3

        1405

        295

        0.1876

        0.6531

        1.175

        50

        78.29

        432.5

        1115

        300

        0.1743

        0.6026

        1.079

        55

        64.1

        348.9

        889.3

        305

        0.1621

        0.5565

        0.9923

        60

        52.76

        283

        713.6

        310

        0.1509

        0.5146

        0.9137

        65

        43.63

        230.8

        575.9

        315

        0.1406

        0.4764

        0.8423

        70

        36.26

        189.2

        467.2

        320

        0.1311

        0.4415

        0.7775

        75

        30.27

        155.9

        380.9

        325

        0.1224

        0.4097

        0.7185

        80

        25.38

        129

        312.2

        330

        0.1144

        0.3806

        0.6648

        85

        21.37

        107.3

        257

        335

        0.1071

        0.3539

        0.6159

        90

        18.06

        89.57

        212.6

        340

        0.1003

        0.3295

        0.5711

        95

        15.33

        75.12

        176.7

        345

        0.094

        0.3071

        0.5302

        100

        13.06

        63.26

        147.4

        350

        0.0882

        0.2864

        0.4928

        105

        11.17

        53.48

        123.5

        355

        0.0828

        0.2675

        0.4585

        110

        9.585

        45.38

        103.9

        360

        0.0778

        0.25

        0.427

        115

        8.254

        38.65

        87.71

        365

        0.0732

        0.2339

        0.3981

        120

        7.131

        33.04

        74.34

        370

        0.0689

        0.2191

        0.3715

        125

        6.181

        28.34

        63.23

        375

        0.0649

        0.2054

        0.3471

        130

        5.374

        24.39

        53.97

        380

        0.0612

        0.1927

        0.3245

        135

        4.686

        21.05

        46.22

        385

        0.0578

        0.181

        0.3037

        140

        4.098

        18.23

        39.71

        390

        0.0546

        0.1701

        0.2845

        145

        3.594

        15.84

        34.22

        395

        0.0516

        0.16

        0.2668

        150

        3.161

        13.8

        29.58

        400

        0.0488

        0.1507

        0.2503

        155

        2.787

        12.05

        25.65

        405

        0.0462

        0.142

        0.2351

        160

        2.464

        10.56

        22.3

        410

        0.0437

        0.1339

        0.221

        165

        2.184

        9.272

        19.45

        415

        0.0414

        0.1264

        0.208

        170

        1.94

        8.164

        17

        420

        0.0393

        0.1194

        0.1958

        175

        1.728

        7.207

        14.9

        425

        0.0373

        0.1128

        0.1845

        180

        1.542

        6.377

        13.1

        430

        0.0354

        0.1067

        0.174

        185

        1.379

        5.656

        11.54

        435

        0.0336

        0.1011

        0.1642

        190

        1.237

        5.028

        10.19

        440

        0.032

        0.0957

        0.1551

        195

        1.111

        4.48

        9.018

        445

        0.0304

        0.0908

        0.1466

        200

        1

        4

        8

        450

        0.029

        0.0861

        0.1387

        205

        0.902

        3.579

        7.112

        455

        0.0276

        0.0818

        0.1313

        210

        0.8151

        3.209

        6.337

        460

        0.0263

        0.0777

        0.1244

        215

        0.738

        2.882

        5.658

        465

        0.0251

        0.0739

        0.1179

        220

        0.6694

        2.594

        5.061

        470

        0.0239

        0.0703

        0.1118

        225

        0.6083

        2.34

        4.537

        475

        0.0228

        0.0669

        0.1061

        230

        0.5537

        2.114

        4.075

        480

        0.0218

        0.0637

        0.1008

        235

        0.5049

        1.913

        3.666

        485

        0.0208

        0.0607

        0.0958

        240

        0.4611

        1.734

        3.305

        490

        0.0199

        0.0579

        0.0911

        245

        0.4218

        1.575

        2.984

        495

        0.019

        0.0553

        0.0867

               

        500

        0.0182

        0.0528

        0.0826

        MF58Z型NTC熱敏電阻

        本型號產(chǎn)品采用陶瓷工藝與半導體工藝相結合的工藝技術制作而成,為兩端軸向引出線玻璃封裝結構。
        * 應用:
          1、家用電器,如空調(diào)機、微波爐、電風扇、電取暖爐等的溫度控制與溫度檢測。  2、辦公自動化設備,如復印機、打印機的溫度檢測或溫度補償! 3、工業(yè)、醫(yī)療、環(huán)保、氣象、食品加工設備的溫度控制與檢驗。  4、液面指示和流量測量! 5、手機電池! 6、儀表線圈、集成電路、石英晶體振蕩器和熱電偶的溫度補償。
        * 特點:
          1、 穩(wěn)定性好,性高。  2、 阻值范圍寬:0.1-1000K   3、 阻值精度高! 4、 由于玻璃封裝,可在高溫和高溫等惡劣環(huán)境下使用! 5、 體積小、重量輕、結構堅固,便于自動化安裝(在印制線路板上)! 6、 熱感應速度快、靈敏度高。
        * 主要技術參數(shù):
          1、額定零功率電阻值范圍(R25):0.1~1000KΩ  2、R25允許偏差:±1%、±2%,±3%, ±5%, ±10%.  3、B值范圍(B25/50℃):1960~4480K  4、B值允許偏差:±0.5%,±1%,±2%.  5、耗散系數(shù): 2mW/℃(在靜止空氣中)  6、熱時間常數(shù): 20S (在靜止空氣中)  7、工作溫度范圍: -55℃~ +300℃  8、額定功率:≤50Mw。
        * 產(chǎn)品代碼說明:
           、  、    ③  、堋  、荨  ⑥ 、 玻璃封裝熱敏電阻器 、 Z:軸向引出線 、 阻值:103----10KΩ 502---5KΩ 、 阻值精度:F:±1% G:±2% H:±3% J:±5% K:±10%  ⑤ L:B25/50 H:B25/85 T:特殊溫度范圍 、 B值:347----3470 338----3380 取前三位
        * 外型尺寸:
              1---芯片,2----玻封,3----引線

                   MF58Z

         

        * MF58Z耐高溫電阻(R)--溫度(T)特性表

         

        R200℃=1KΩ

        R200℃

        =4KΩ

        R200℃

        =8KΩ

         

        R200℃

        =1KΩ

        R200℃=4KΩ

        R200℃

        =8KΩ

        B100/200= 4537K±3%

        B200/300= 5133K±3%

        B150/250= 5300K±3%

        B100/200=

        4537K±3%

        B200/300=

        5133K±3%

        B150/250= 5300K±3%

        0

        806.5

        5336

        15577

        250

        0.3865

        1.432

        2.699

        5

        618.9

        4009

        11544

        255

        0.3547

        1.305

        2.446

        10

        478.8

        3039

        8632

        260

        0.3259

        1.191

        2.22

        15

        373.1

        2322

        6511

        265

        0.3

        1.088

        2.018

        20

        292.9

        1789

        4951

        270

        0.2765

        0.9958

        1.837

        25

        231.4

        1388

        3794

        275

        0.2552

        0.9127

        1.675

        30

        184.1

        1085

        2929

        280

        0.2358

        0.8377

        1.53

        35

        147.4

        853.9

        2278

        285

        0.2182

        0.77

        1.399

        40

        118.7

        676.5

        1783

        290

        0.2022

        0.7086

        1.128

        45

        96.13

        539.3

        1405

        295

        0.1876

        0.6531

        1.175

        50

        78.29

        432.5

        1115

        300

        0.1743

        0.6026

        1.079

        55

        64.1

        348.9

        889.3

        305

        0.1621

        0.5565

        0.9923

        60

        52.76

        283

        713.6

        310

        0.1509

        0.5146

        0.9137

        65

        43.63

        230.8

        575.9

        315

        0.1406

        0.4764

        0.8423

        70

        36.26

        189.2

        467.2

        320

        0.1311

        0.4415

        0.7775

        75

        30.27

        155.9

        380.9

        325

        0.1224

        0.4097

        0.7185

        80

        25.38

        129

        312.2

        330

        0.1144

        0.3806

        0.6648

        85

        21.37

        107.3

        257

        335

        0.1071

        0.3539

        0.6159

        90

        18.06

        89.57

        212.6

        340

        0.1003

        0.3295

        0.5711

        95

        15.33

        75.12

        176.7

        345

        0.094

        0.3071

        0.5302

        100

        13.06

        63.26

        147.4

        350

        0.0882

        0.2864

        0.4928

        105

        11.17

        53.48

        123.5

        355

        0.0828

        0.2675

        0.4585

        110

        9.585

        45.38

        103.9

        360

        0.0778

        0.25

        0.427

        115

        8.254

        38.65

        87.71

        365

        0.0732

        0.2339

        0.3981

        120

        7.131

        33.04

        74.34

        370

        0.0689

        0.2191

        0.3715

        125

        6.181

        28.34

        63.23

        375

        0.0649

        0.2054

        0.3471

        130

        5.374

        24.39

        53.97

        380

        0.0612

        0.1927

        0.3245

        135

        4.686

        21.05

        46.22

        385

        0.0578

        0.181

        0.3037

        140

        4.098

        18.23

        39.71

        390

        0.0546

        0.1701

        0.2845

        145

        3.594

        15.84

        34.22

        395

        0.0516

        0.16

        0.2668

        150

        3.161

        13.8

        29.58

        400

        0.0488

        0.1507

        0.2503

        155

        2.787

        12.05

        25.65

        405

        0.0462

        0.142

        0.2351

        160

        2.464

        10.56

        22.3

        410

        0.0437

        0.1339

        0.221

        165

        2.184

        9.272

        19.45

        415

        0.0414

        0.1264

        0.208

        170

        1.94

        8.164

        17

        420

        0.0393

        0.1194

        0.1958

        175

        1.728

        7.207

        14.9

        425

        0.0373

        0.1128

        0.1845

        180

        1.542

        6.377

        13.1

        430

        0.0354

        0.1067

        0.174

        185

        1.379

        5.656

        11.54

        435

        0.0336

        0.1011

        0.1642

        190

        1.237

        5.028

        10.19

        440

        0.032

        0.0957

        0.1551

        195

        1.111

        4.48

        9.018

        445

        0.0304

        0.0908

        0.1466

        200

        1

        4

        8

        450

        0.029

        0.0861

        0.1387

        205

        0.902

        3.579

        7.112

        455

        0.0276

        0.0818

        0.1313

        210

        0.8151

        3.209

        6.337

        460

        0.0263

        0.0777

        0.1244

        215

        0.738

        2.882

        5.658

        465

        0.0251

        0.0739

        0.1179

        220

        0.6694

        2.594

        5.061

        470

        0.0239

        0.0703

        0.1118

        225

        0.6083

        2.34

        4.537

        475

        0.0228

        0.0669

        0.1061

        230

        0.5537

        2.114

        4.075

        480

        0.0218

        0.0637

        0.1008

        235

        0.5049

        1.913

        3.666

        485

        0.0208

        0.0607

        0.0958

        240

        0.4611

        1.734

        3.305

        490

        0.0199

        0.0579

        0.0911

        245

        0.4218

        1.575

        2.984

        495

        0.019

        0.0553

        0.0867

               

        500

        0.0182

        0.0528

        0.0826

        ZT薄膜型NTC熱敏電阻

        ZT熱敏電阻是一種超薄的絕緣性能高的反應速度快的新產(chǎn)品。 * 應用:   電腦,打印機等 * 特點:   1、 穩(wěn)定性好,性高。   2、絕緣性高   3、 阻值精度高。   4、使用安全   5、 體積小、重量輕、結構堅固,便于自動化安裝   6、 熱感應速度快、靈敏度高。 * 主要技術參數(shù):    1、額定零功率電阻值范圍(R25):10KΩ   2、R25允許偏差:±1%、±2%,±3%。   3、B值范圍(B25/50℃):3380K   4、B值允許偏差:±0.5%,±1%,±2%.   5、耗散系數(shù): MIN. 0.7mW/℃(在靜止空氣中)   6、熱時間常數(shù): MAX. 5S (在靜止空氣中)   7、工作溫度范圍: -30℃~ +125℃   8、額定功率:≤3.5mW。 * 產(chǎn)品代碼說明:     ZT  103   PI   25    、    ②    ③  、堋    、 ZT 熱敏電阻  、 阻值:103----10KΩ   、 PI:絕緣薄膜  、 25:引腳長度25MM * 外型尺寸: 代碼規(guī)格和材料 ①聚 酰 亞 氨 膜 ②芯 片 ③磷 銅 架

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