A temperatus sensorem fabrica est quae detegit et mensurat caliditatem obiecti vel environment. Temperatura in signum electricum vertit, quod facile per rationem vigilantiam vel moderatorem interpretari potest. Sensores temperatus essentiales sunt ad conservandas condiciones optimales in amplis occasus, a processibus industrialibus ad electronicos consumendos.
Genera Temperaturae sensoriis: Plures species sensoriis temperaturae praesto sunt, unaquaeque cum suis singularibus notis et applicationibus. Quaedam genera communissima sunt:
Thermocouples: Thermocouples late propter vetustatem et amplitudinem temperatus late utuntur. Constant ex duobus diversis filis metallicis quae intentionem proportionalem ad temperaturam inter duas coniunctiones differentiam gignunt.
Resistentia Temperaturae Detectors (RTDs): RTDs notae sunt propter altam accurationem et firmitatem. Operantur metiendo mutationem in resistentia electrica filum metallicus sicut mutationes temperaturae.
Thermistores: Thermistores sunt machinae semiconductores quae magnam mutationem resistentiae cum temperatura exhibent. Plerumque adhibentur applicationes ubi summus sensus requiritur.
Applications Temperaturae sensoriis: Temperature sensoriis in amplis industriis et applicationibus adhibentur, inter quas:
HVAC Systems: Sensores Temperature essentiales sunt ad conservandas temperaturae commodas indomesticas et efficaces operationes calefactionis, evacuationis, et aeris conditionum.
Processus industriales: sensoriis Temperature munus criticum exercent in vigilantia et moderante temperatione in processibus industrialibus, ut vestibulum, cibi processus, et productio chemica.
Medicinae machinae: Temperature sensoriis adhibentur in machinis medicis ut thermometri et incubatores ad monitorem et temperaturam corporis temperantes.
Automotiva Industry: Temperature sensoriis in vehiculis adhibentur ad monitorem machinam temperatam, Cameram temperiem, et coolant gradus ad meliorem observantiam et salutem curent.
Conclusio: Sensores temperaturae clavis sunt componentes in recentioribus technicis, ut praecisam temperiem mensurae et temperantiam in amplis applicationibus efficiant. Per varias species temperaturas sensoriis intelligendo earumque applicationes, industrias efficere potest ut efficientem et tutam eorum systematum operationem.
Nomen |
explicare ' |
perficientur postulationem |
nulla potentia resistentia |
Sub 25 ℃ , cum resistentia ob resistentiam caloris interni causata mutationum respective ad totam mensuram erroris ignorare potest valorem resistentiae mensuratae non timuisse. |
Vide electricum proprium parametri |
B Value |
B Valores adhiberi possunt ad 25 ℃ et 85 ℃, quando nulla potentia resistentiae valet valorem computandum. Formula computationis est T1 T2 R T1 B
ln=
T2 - T1 R T2 |
Vide electricum proprium parametri |
Maxime stabilis status current |
Quando temperatura ambitus est 25 obolum , ut maximam continuum currentem in thermistoris patiatur |
Vide electricum proprium parametri |
dissipatio factor |
Proportio potentiae dissipatae mutationis in thermistoris ad debitam temperie mutationem in thermistoris ad determinatam temperiem. Unitas: mW / |
Vide electricum proprium parametri |
scelerisque tempus constant |
Sub condicione nullae potentiae, cum temperatus mutatur, temperatura thermistoris mutatio est 63,2% differentiae inter temperaturam initialem et temperatum finalem. |
Vide electricum proprium parametri |
operating temperatus |
Temperatura range permisit diu continuam operationem thermistoris.。 |
-55 -+125℃ |
temperatus rating |
Circumscriptio temperatus mutationes in operatione currentis operantis。 |
-55 -+125℃ |
On-onus vetustatem |
In temperatura cella, thermistor ad pristinum statum revertitur post transitum maximum stabilis status currentis 1000 + / - 2h test. |
Nullum damnum visibile, maxima mutatio rate resistentiae valor intra 15% |
·
Celeri mutatio temperatus |
Ta = - 55 + 3 et Tb = 200 + 2 pro 30 minutis singulis cycli 5 vicibus , pristinum statum restitue in cella temperie. |
Nullum damnum inventum est et maxima mutatio rate resistentiae valor erat intra 25% |
Nomen |
explicare ' |
perficientur postulationem |
Status stabilis calidi et humidi |
Temperatura 40 + 2 ℃ , humiditas relativa 93 plus vel minus 3%, depositum post 48 + 2 horas, 1 hora in statu normali. |
Nullum damnum visibile, nota manifesta, nullum naufragii vel flashover Insulation resistentiae 500 m Ω valorem resistentiae vel certe maximi pretii intra + / - 25% |
·
Terminal Fortitudo
·
Terminatio distrahens vires |
20N vis axialis filum plumbeum, X + / - I secunda. |
Nullum damnum inventum est et maxima mutatio rate resistentiae valor erat intra 25% |
·
Resistentia ad caloris solidandi
·
Leaching |
Thermistor ducet in CCLXV + 5 ℃ fluidum solidans, liquorem in gradu resistente ab 6 mm ad 5 + 1 secundis. Revertere ad pristinum statum in locus temperatus. |
Nullum damnum inventum est et maxima mutatio rate resistentiae valor erat intra 25% |
weldability |
Duc in liquore 235 + 5 secundis, tempus pro 3 |
Plus quam XCV% of area miles coating |
·
current surge
·
ac current |
Thermistor MM impulsus current. Vena concussa est maxima stabilis publica currentis pro 15 secundis. Post eiusmodi impulsus resistor ad pristinum statum revertitur.。 |
Maxime mutatio rate resistendi valorem est intra XV% |
Electric pressura |
Test voltage AC: 700V, hora 1 minute, voltage inter resistor plumbi et iacuit velit. |
Nulla naufragii vel arcus |
Nulla resistentia |
Test intentione DC: 100V, hora 1 minute |
≥500MΩ |
Resistentia temperatus proprium mensam R25=10KΩ Tolerantia :± 1% B25/50=3950K Tolerantia:±1% |
temperatus (℃) |
resistentia (KΩ) |
temperatus (℃) |
resistentia (KΩ) |
|
Minimum |
Medus |
Max |
|
Minimum |
Medus |
Max |
-55 |
1024.254 |
1034.600 |
1044.946 |
36 |
6.191 |
6.254 |
6.317 |
-54 |
949.416 |
959.006 |
968.596 |
37 |
5.941 |
6.001 |
6.061 |
-53 |
880.557 |
889.452 |
898.347 |
38 |
5.703 |
5.761 |
5.819 |
-52 |
817.165 |
825.419 |
833.673 |
39 |
5.476 |
5.531 |
5.586 |
-51 |
758.770 |
766.434 |
774.098 |
40 |
5.258 |
5.311 |
5.364 |
-50 |
704.945 |
712.066 |
719.187 |
41 |
5.051 |
5.102 |
5.153 |
-49 |
655.307 |
661.926 |
668.545 |
42 |
4.853 |
4.902 |
4.951 |
-48 |
609.499 |
615.656 |
621.813 |
43 |
4.663 |
4.710 |
4.757 |
-47 |
567.205 |
572.934 |
578.663 |
44 |
4.483 |
4.528 |
4.573 |
-46 |
528.131 |
533.466 |
538.801 |
45 |
4.309 |
4.353 |
4.397 |
-45 |
492.013 |
496.983 |
501.953 |
46 |
4.144 |
4.186 |
4.228 |
-44 |
458.608 |
463.240 |
467.872 |
47 |
3.986 |
4.026 |
4.066 |
-43 |
427.695 |
432.015 |
436.335 |
48 |
3.835 |
3.874 |
3.913 |
-42 |
399.073 |
403.104 |
407.135 |
49 |
3.691 |
3.728 |
3.765 |
-41 |
372.557 |
376.320 |
380.083 |
50 |
3.552 |
3.588 |
3.624 |
-40 |
347.980 |
351.495 |
355.010 |
51 |
3.419 |
3.454 |
3.489 |
-39 |
325.187 |
328.472 |
331.757 |
52 |
3.293 |
3.326 |
3.359 |
-38 |
304.039 |
307.110 |
310.181 |
53 |
3.171 |
3.203 |
3.235 |
-37 |
284.406 |
287.279 |
290.152 |
54 |
3.054 |
3.085 |
3.116 |
-36 |
266.170 |
268.859 |
271.548 |
55 |
2.943 |
2.973 |
3.003 |
-35 |
249.224 |
251.741 |
254.258 |
56 |
2.836 |
2.865 |
2.894 |
-34 |
233.468 |
235.826 |
238.184 |
57 |
2.733 |
2.761 |
2.789 |
-33 |
218.811 |
221.021 |
223.231 |
58 |
2.635 |
2.662 |
2.689 |
-32 |
205.170 |
207.242 |
209.314 |
59 |
2.541 |
2.567 |
2.593 |
-31 |
192.468 |
194.412 |
196.356 |
60 |
2.451 |
2.476 |
2.501 |
-30 |
180.635 |
182.460 |
184.285 |
61 |
2.364 |
2.388 |
2.412 |
-29 |
169.607 |
171.320 |
173.033 |
62 |
2.281 |
2.304 |
2.327 |
-28 |
159.323 |
160.932 |
162.541 |
63 |
2.201 |
2.223 |
2.245 |
-27 |
149.729 |
151.241 |
152.753 |
64 |
2.125 |
2.146 |
2.167 |
-26 |
140.774 |
142.196 |
143.618 |
65 |
2.051 |
2.072 |
2.093 |
-25 |
132.413 |
133.750 |
135.088 |
66 |
1.980 |
2.000 |
2.020 |
-24 |
124.600 |
125.859 |
127.118 |
67 |
1.913 |
1.932 |
1.951 |
-23 |
117.300 |
118.485 |
119.670 |
68 |
1.847 |
1.866 |
1.885 |
-22 |
110.473 |
111.589 |
112.705 |
69 |
1.785 |
1.803 |
1.821 |
-21 |
104.088 |
105.139 |
106.190 |
70 |
1.725 |
1.742 |
1.759 |
-20 |
98.111 |
99.102 |
100.093 |
71 |
1.667 |
1.684 |
1.701 |
-19 |
92.516 |
93.450 |
94.385 |
72 |
1.611 |
1.627 |
1.643 |
-18 |
87.274 |
88.156 |
89.038 |
73 |
1.557 |
1.573 |
1.589 |
-17 |
82.363 |
83.195 |
84.027 |
74 |
1.506 |
1.521 |
1.536 |
-16 |
77.759 |
78.544 |
79.329 |
75 |
1.456 |
1.471 |
1.486 |
-15 |
73.441 |
74.183 |
74.925 |
76 |
1.409 |
1.423 |
1.437 |
-14 |
69.390 |
70.091 |
70.792 |
77 |
1.363 |
1.377 |
1.391 |
-13 |
65.588 |
66.250 |
66.913 |
78 |
1.319 |
1.332 |
1.345 |
-12 |
62.017 |
62.643 |
63.269 |
79 |
1.276 |
1.289 |
1.302 |
-11 |
58.662 |
59.255 |
59.848 |
80 |
1.236 |
1.248 |
1.260 |
-10 |
55.510 |
56.071 |
56.632 |
81 |
1.196 |
1.208 |
1.220 |
-9 |
52.547 |
53.078 |
53.609 |
82 |
1.158 |
1.170 |
1.182 |
-8 |
49.760 |
50.263 |
50.766 |
83 |
1.122 |
1.133 |
1.144 |
-7 |
47.138 |
47.614 |
48.090 |
84 |
1.086 |
1.097 |
1.108 |
-6 |
44.670 |
45.121 |
45.572 |
85 |
1.052 |
1.063 |
1.074 |
-5 |
42.346 |
42.774 |
43.202 |
86 |
1.020 |
1.030 |
1.040 |
-4 |
40.157 |
40.563 |
40.969 |
87 |
0.988 |
0.998 |
1.008 |
-3 |
38.095 |
38.480 |
38.865 |
88 |
0.958 |
0.968 |
0.978 |
-2 |
36.152 |
36.517 |
36.882 |
89 |
0.929 |
0.938 |
0.947 |
-1 |
34.318 |
34.665 |
35.012 |
90 |
0.900 |
0.909 |
0.918 |
0 |
32.590 |
32.919 |
33.248 |
91 |
0.873 |
0.882 |
0.891 |
1 |
30.957 |
31.270 |
31.583 |
92 |
0.846 |
0.855 |
0.864 |
2 |
29.418 |
29.715 |
30.012 |
93 |
0.821 |
0.829 |
0.837 |
3 |
27.964 |
28.246 |
28.528 |
94 |
0.797 |
0.805 |
0.813 |
4 |
26.589 |
26.858 |
27.127 |
95 |
0.773 |
0.781 |
0.789 |
5 |
25.292 |
25.547 |
25.802 |
96 |
0.750 |
0.758 |
0.766 |
6 |
24.064 |
24.307 |
24.550 |
97 |
0.728 |
0.735 |
0.742 |
7 |
22.904 |
23.135 |
23.366 |
98 |
0.707 |
0.714 |
0.721 |
8 |
21.806 |
22.026 |
22.246 |
99 |
0.686 |
0.693 |
0.700 |
9 |
20.767 |
20.977 |
21.187 |
100 |
0.666 |
0.673 |
0.680 |
10 |
19.787 |
19.987 |
20.187 |
101 |
0.646 |
0.653 |
0.660 |
11 |
18.854 |
19.044 |
19.234 |
102 |
0.629 |
0.635 |
0.641 |
12 |
17.972 |
18.154 |
18.336 |
103 |
0.610 |
0.616 |
0.622 |
13 |
17.137 |
17.310 |
17.483 |
104 |
0.593 |
0.599 |
0.605 |
14 |
16.345 |
16.510 |
16.675 |
105 |
0.576 |
0.582 |
0.588 |
15 |
15.594 |
15.752 |
15.910 |
106 |
0.559 |
0.565 |
0.571 |
16 |
14.884 |
15.034 |
15.184 |
107 |
0.545 |
0.550 |
0.556 |
17 |
14.208 |
14.352 |
14.496 |
108 |
0.529 |
0.534 |
0.539 |
18 |
13.568 |
13.705 |
13.842 |
109 |
0.514 |
0.519 |
0.524 |
19 |
12.959 |
13.090 |
13.221 |
110 |
0.500 |
0.505 |
0.510 |
20 |
12.382 |
12.507 |
12.632 |
111 |
0.486 |
0.491 |
0.496 |
21 |
11.833 |
11.953 |
12.073 |
112 |
0.473 |
0.478 |
0.483 |
22 |
11.313 |
11.427 |
11.541 |
113 |
0.460 |
0.465 |
0.470 |
23 |
10.818 |
10.927 |
11.036 |
114 |
0.447 |
0.452 |
0.457 |
24 |
10.347 |
10.452 |
10.557 |
115 |
0.436 |
0.440 |
0.444 |
25 |
9.900 |
10.000 |
10.100 |
116 |
0.424 |
0.428 |
0.432 |
26 |
9.474 |
9.570 |
9.666 |
117 |
0.412 |
0.416 |
0.420 |
27 |
9.069 |
9.161 |
9.253 |
118 |
0.401 |
0.405 |
0.409 |
28 |
8.683 |
8.771 |
8.859 |
119 |
0.391 |
0.395 |
0.399 |
29 |
8.317 |
8.401 |
8.485 |
120 |
0.380 |
0.384 |
0.388 |
30 |
7.968 |
8.048 |
8.128 |
121 |
0.370 |
0.374 |
0.378 |
31 |
7.635 |
7.712 |
7.789 |
122 |
0.360 |
0.364 |
0.368 |
32 |
7.317 |
7.391 |
7.465 |
123 |
0.351 |
0.355 |
0.359 |
33 |
7.015 |
7.086 |
7.157 |
124 |
0.342 |
0.345 |
0.348 |
34 |
6.727 |
6.795 |
6.863 |
125 |
0.334 |
0.337 |
0.340 |
35 |
6.453 |
6.518 |
6.583 |
|
|
|
|
