NTC热敏电阻专场,NTC热敏电阻商家多、资料全面第2组

MF52G*-103F3950NTC热敏电阻，NTC温度传感器,10K,50K,100K精度1%的NTC热敏电阻温度传感器

大批量优惠，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（负温度系数）热敏电阻是一种热敏性半导体电阻器，其电阻值随着温度的升高而下降，电阻温度系数在-2%/k~-6%/k范围内，约为金属电阻温度系数的10倍。NTC热敏电阻器电阻值的变化可以由外部环境温度的变化引起，也可以因有电流流过，自身发热而造成。他的各种用途都是基于这种特性。NTC热敏电阻器由混合氧化物的多晶陶瓷构成。这种材料的导电机理是相当复杂的。

华巨电子是国内较早生产NTC热敏电阻的专业厂家，公司生产的NTC热敏电阻广泛应用于各种手持设备和小型化的电子设备，亦广泛应用于各种温度测量和温度补偿场合，公司生产NTC热敏电阻具有价格低廉，品质优良，完全可以替代如村田、TDK、EPCOS登国外品牌。

1.产品简介： MF52珠状测温型热敏电阻是采用新材料、新工艺生产的小体积的环氧树脂包封型NTC热敏电阻,具有高精度和快速反应等优点。 2.应用范围： ·空调设备　·暖气设备　·电子体温计　·液位传感　·汽车电子　·电子台历　·手机电池

3.特点： ·测试精度高　·体积小、反应速度快　·能长时间稳定工作　·互换性、一致性好

南京华巨阻温特性表
R25=10KΩ 精度:±1% B25/50=3950K B25/85=4020K 精度:±1%(P334-4)
R25=10KΩ 精度:±1% B25/50=3950K B25/85=4020K 精度:±1%(P334-4)
温度(℃)	电阻(KΩ)			电阻精度(%)		温度精度(℃)
温度(℃)	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

南京华巨阻温特性表
R25=10KΩ 精度:±1% B25/50=3380K B25/85=3435K 精度:±1%(P174-9A)
R25=10KΩ 精度:±1% B25/50=3380K B25/85=3435K 精度:±1%(P174-9A)
温度(℃)	电阻(KΩ)			电阻精度(%)		温度精度(℃)
温度(℃)	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

南京华巨阻温特性表
R25=50KΩ 精度:±1% B25/50=3950K B25/85=4091K 精度:±1%(P182-6B)
R25=50KΩ 精度:±1% B25/50=3950K B25/85=4091K 精度:±1%(P182-6B)
温度(℃)	电阻(KΩ)			电阻精度(%)		温度精度(℃)
温度(℃)	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

南京华巨阻温特性表
R25=100KΩ 精度:±1% B25/50=3950K B25/85=4035K 精度:±1%(P209-15A)
R25=100KΩ 精度:±1% B25/50=3950K B25/85=4035K 精度:±1%(P209-15A)
温度(℃)	电阻(KΩ)			电阻精度(%)		温度精度(℃)
温度(℃)	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

该公司产品分类： NTC热敏电阻 NTC温度传感器 PTC温度传感器温度传感器

MF11型NTC热敏电阻

　用于一般精度的温度测量和在计量设备、晶体管电路中的温度补偿。

＊特点：

　　MF11：采用图标GB6665-86组织生产B值与阻值一一对应，且B值误差范围小，对于阻值误差范围在±5%的产品，其一致性、互换性良好。　　MF12：阻值范围宽，最大标称电阻值可达2MΩ，稳定性好。

＊主要技术参数：

额定功率0.5W，使用温度范围-55℃~+125℃。标准阻值及误差见下表，B值误差见下表，时间常数≤30S,耗散系数≥6mW/℃,测量功率≤0.1mW。

MF11	25℃标称电阻值		B值
	额定值（Ω）	允许偏差（%）	标称值（K）	允许偏差（%）
	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热敏电阻

MF52型热敏电阻器是采用新材料、新工艺生产的小体积的树脂包封型NTC热敏电阻器，具有高精度和快速反应等优点。

＊应用范围：

　　本系列适用于空调设备、暖气设备、电子体温计、液位传感器、汽车电子、电子台历。

＊特点：

　　1.测试精度高;　　2.体积小、反应速度快;　　3.能长时间稳定工作;　　4.互换性、一致性好.

＊产品代码说明：

　　　①　　　 ②　　 ③　　　 ④　　 ⑤　　　⑥　　① 滴珠状NTC热敏电阻器　　② E：环氧树脂包封 S：硅树脂包封　　③ 标称电阻值R25 10KΩ-103　　④ 电阻误差 F：±1% G：±2% H：±30% J：±5% K：±10%　　⑤ L：B25/50 H：B25/85 T：特殊温度范围　　⑥ B值：347：3470 338：3380 取前三位

＊产品规格表

产品型号	标称电阻值	B值	耗散系数	时间常数	工作温度范围
MF52	100Ω-10KΩ	3100K	≥2.5mW/℃静止空气中	≤7S静止空气中	-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. 电阻值误差: F：±1% G：±2% H：±3% J：±5% K：±10% 。　　2. B值（25/50oC）误差：对于标称电阻值精度为±1%的， B值对应误差为±1%，其余B值误差均为±2%。　　3. 除以上规格外，我公司还可根据用户特殊要求供货。

＊注意事项

　　1、由于MF52系列体积较小、焊点小、引线两端不能承受过大拉力。　　2、焊接时，请距离引线根部5mm处焊接，焊接时间尽量短。　　3、MF52E系列热敏电阻器不能直接在水中使用。

MF52型常用规格电阻值--温度对照表(单位：KΩ)

	5KΩ	10KΩ	10KΩ	15KΩ	50 KΩ	100 KΩ
	3470	3380	3950	4100	3950	3990
-20	36.95	70.78	98.26	159.75	486.08	995.64
-19	35.12	67.32	92.74	150.45	458.63	938.84
-18	33.39	64.05	87.55	141.74	432.91	885.63
-17	31.75	60.97	82.69	133.59	408.79	835.78
-16	30.21	58.05	78.12	125.95	386.17	789.05
-15	28.75	55.29	73.83	118.79	364.94	745.23
-14	27.37	52.68	69.8	112.08	345.02	704.11
-13	26.06	50.2	66.01	105.79	326.3	665.52
-12	24.83	47.86	62.45	99.88	308.71	629.28
-11	23.65	45.65	59.1	94.34	292.18	595.24
-10	22.55	43.55	55.95	89.14	276.64	563.25
-9	21.5	41.56	52.98	84.25	262.02	533.18
-8	20.5	39.67	50.19	79.66	248.26	504.89
-7	19.56	37.88	47.57	75.34	235.31	478.27
-6	18.66	36.18	45.09	71.29	223.11	453.22
-5	17.82	34.57	42.76	67.47	211.61	429.63
-4	17.01	33.04	40.56	63.88	200.78	407.41
-3	16.25	31.59	38.49	60.5	190.57	386.48
-2	15.52	30.21	36.53	57.32	180.93	366.74
-1	14.83	28.9	34.68	54.33	171.84	348.13
0	14.18	27.65	32.94	51.51	163.26	330.57
1	13.56	26.47	31.3	48.85	155.16	314
2	12.97	25.34	29.74	46.34	147.51	298.35
3	12.41	24.27	28.28	43.97	140.28	283.58
4	11.87	23.25	26.89	41.74	133.45	269.63
5	11.37	22.27	25.58	39.64	126.99	256.44
6	10.88	21.35	24.34	37.65	120.88	243.97
7	10.42	20.47	23.17	35.78	115.09	232.18
8	9.98	19.63	22.06	34	109.62	221.03
9	9.567	18.83	21.01	32.33	104.44	210.48
10	9.17	18.06	20.01	30.75	99.53	200.49
11	8.792	17.34	19.07	29.25	94.88	191.03
12	8.431	16.64	18.18	27.84	90.48	182.07
13	8.087	15.98	17.33	26.5	86.3	173.58
14	7.759	15.35	16.53	25.23	82.34	165.53
15	7.446	14.74	15.77	24.03	78.58	157.9
16	7.148	14.17	15.05	22.9	75.02	150.67
17	6.863	13.62	14.37	21.82	71.64	143.81
18	6.591	13.09	13.72	20.8	68.42	137.29
19	6.332	12.59	13.1	19.84	65.37	131.11
20	6.084	12.11	12.52	18.92	62.48	125.24
21	5.847	11.65	11.96	18.05	59.72	119.67
22	5.621	11.21	11.43	17.23	57.11	114.37
23	5.405	10.79	10.93	16.45	54.62	109.34
24	5.198	10.39	10.45	15.7	52.25	104.55
25	5	10	10	15	50	100
26	4.811	9.632	9.569	14.33	47.86	95.67
27	4.63	9.279	9.158	13.7	45.82	91.56
28	4.457	8.94	8.768	13.09	43.88	87.64
29	4.291	8.616	8.396	12.52	42.03	83.91
30	4.133	8.306	8.042	11.97	40.27	80.36
31	3.981	8.008	7.705	11.46	38.59	76.98
32	3.835	7.723	7.384	10.96	36.99	73.75
33	3.696	7.449	7.078	10.49	35.47	70.68
34	3.562	7.187	6.786	10.05	34.01	67.76
35	3.434	6.935	6.508	9.62	32.62	64.97
36	3.312	6.694	6.243	9.215	31.3	62.31
37	3.194	6.462	5.99	8.83	30.04	59.77
38	3.081	6.239	5.749	8.462	28.83	57.35
39	2.973	6.025	5.519	8.112	27.68	55.04
40	2.869	5.82	5.299	7.778	26.58	52.83
41	2.769	5.623	5.089	7.46	25.53	50.72
42	2.674	5.433	4.889	7.156	24.53	48.71
43	2.582	5.251	4.697	6.867	23.57	46.79
44	2.494	5.076	4.514	6.59	22.66	44.95
45	2.409	4.908	4.339	6.327	21.78	43.2
46	2.327	4.746	4.172	6.075	20.94	41.52
47	2.249	4.59	4.012	5.834	20.14	39.92
48	2.174	4.441	3.86	5.605	19.38	38.38
49	2.102	4.297	3.713	5.386	18.64	36.91
50	2.032	4.158	3.574	5.176	17.94	35.51
51	1.965	4.024	3.44	4.976	17.27	34.17
52	1.901	3.896	3.312	4.784	16.62	32.88
53	1.839	3.772	3.189	4.601	16.01	31.65
54	1.78	3.653	3.071	4.426	15.42	30.47
55	1.722	3.538	2.959	4.258	14.85	29.34
56	1.667	3.428	2.851	4.098	14.31	28.26
57	1.614	3.321	2.748	3.945	13.79	27.22
58	1.563	3.218	2.649	3.798	13.29	26.23
59	1.514	3.119	2.554	3.657	12.81	25.27
60	1.466	3.024	2.463	3.522	12.35	24.36
61	1.421	2.932	2.375	3.393	11.91	23.48
62	1.377	2.843	2.292	3.27	11.49	22.64
63	1.334	2.757	2.211	3.151	11.09	21.84
64	1.293	2.674	2.134	3.038	10.7	21.06
65	1.254	2.595	2.06	2.929	10.32	20.32
66	1.216	2.518	1.989	2.824	9.964	19.61
67	1.179	2.443	1.921	2.724	9.619	18.92
68	1.143	2.372	1.855	2.628	9.288	18.27
69	1.109	2.302	1.792	2.536	8.97	17.63
70	1.076	2.235	1.731	2.447	8.66	17.03
71	1.044	2.171	1.673	2.362	8.37	16.44
72	1.014	2.108	1.617	2.281	8.09	15.88
73	0.9841	2.048	1.563	2.203	7.82	15.34
74	0.9554	1.989	1.512	2.127	7.55	14.83
75	0.9277	1.933	1.462	2.055	7.3	14.33
76	0.901	1.878	1.414	1.986	7.06	13.85
77	0.8751	1.826	1.368	1.919	6.83	13.39
78	0.8502	1.775	1.324	1.855	6.61	12.95
79	0.826	1.725	1.281	1.793	6.39	12.52
80	0.8027	1.677	1.24	1.734	6.18	12.11
81	0.7802	1.631	1.201	1.677	5.98	11.71
82	0.7584	1.587	1.163	1.622	5.79	11.33
83	0.7373	1.543	1.126	1.569	5.6	10.97
84	0.7169	1.501	1.091	1.518	5.43	10.61
85	0.6971	1.461	1.056	1.469	5.25	10.27
86	0.678	1.422	1.024	1.422	5.09	9.945
87	0.6596	1.384	0.992	1.376	4.93	9.629
88	0.6417	1.347	0.9615	1.333	4.77	9.325
89	0.6243	1.311	0.9321	1.291	4.62	9.032
90	0.6076	1.277	0.9038	1.25	4.48	8.749
91	0.5914	1.243	0.8764	1.211	4.34	8.476
92	0.5756	1.211	0.85	1.173	4.21	8.213
93	0.5604	1.179	0.8245	1.137	4.08	7.96
94	0.5457	1.149	0.8	1.102	3.96	7.715
95	0.5314	1.119	0.7762	1.068	3.84	7.479
96	0.5175	1.09	0.7533	1.036	3.72	7.251
97	0.5041	1.063	0.7312	1.004	3.61	7.031
98	0.4911	1.036	0.7099	0.9741	3.5	6.819
99	0.4785	1.009	0.6892	0.9449	3.4	6.614
100	0.4662	0.9841	0.6693	0.9166	3.3	6.416
101	0.4544	0.9595	0.65	0.8894	3.2	6.225
102	0.4429	0.9356	0.6314	0.8631	3.1	6.041
103	0.4317	0.9124	0.6135	0.8377	3.01	5.862
104	0.4209	0.8898	0.5961	0.8132	2.93	5.69
105	0.4104	0.868	0.5793	0.7895	2.84	5.524
106	0.4002	0.8467	0.563	0.7667	2.76	5.363
107	0.3903	0.8261	0.5473	0.7446	2.68	5.207
108	0.3807	0.8061	0.5321	0.7232	2.6	5.057
109	0.3714	0.7867	0.5174	0.7026	2.53	4.911
110	0.3624	0.7678	0.5031	0.6826	2.46	4.771
111	0.3536	0.7494	0.4894	0.6633	2.388	4.635
112	0.3451	0.7316	0.476	0.6447	2.321	4.503
113	0.3368	0.7143	0.4631	0.6266	2.256	4.376
114	0.3287	0.6974	0.4506	0.6092	2.193	4.253
115	0.3209	0.6811	0.4386	0.5923	2.132	4.134
116	0.3133	0.6651	0.4268	0.576	2.073	4.019
117	0.3059	0.6497	0.4155	0.5601	2.016	3.907
118	0.2988	0.6346	0.4045	0.5448	1.961	3.799
119	0.2918	0.62	0.3939	0.53	1.908	3.694
120	0.285	0.6058	0.3835	0.5157	1.856	3.593

MF52E2型NTC热敏电阻

MF52型热敏电阻器是采用新材料、新工艺生产的小体积的树脂包封型NTC热敏电阻器，具有高精度和快速反应等优点。

＊应用范围：

　　本系列适用于空调设备、暖气设备、电子体温计、液位传感器、汽车电子、电子台历。

＊特点：

　　1.测试精度高;　　2.体积小、反应速度快;　　3.能长时间稳定工作;　　4.互换性、一致性好.

＊产品代码说明：

＊产品规格表

产品型号	标称电阻值	B值	耗散系数	时间常数	工作温度范围
MF52	100Ω-10KΩ	3100K	≥2.5mW/℃静止空气?/DIV>	≤7S静止空气中	-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

＊注意事项

MF52型常用规格电阻值--温度对照表(单位：KΩ)

	5KΩ	10KΩ	10KΩ	15KΩ	50 KΩ	100 KΩ
	3470	3380	3950	4100	3950	3990
-20	36.95	70.78	98.26	159.75	486.08	995.64
-19	35.12	67.32	92.74	150.45	458.63	938.84
-18	33.39	64.05	87.55	141.74	432.91	885.63
-17	31.75	60.97	82.69	133.59	408.79	835.78
-16	30.21	58.05	78.12	125.95	386.17	789.05
-15	28.75	55.29	73.83	118.79	364.94	745.23
-14	27.37	52.68	69.8	112.08	345.02	704.11
-13	26.06	50.2	66.01	105.79	326.3	665.52
-12	24.83	47.86	62.45	99.88	308.71	629.28
-11	23.65	45.65	59.1	94.34	292.18	595.24
-10	22.55	43.55	55.95	89.14	276.64	563.25
-9	21.5	41.56	52.98	84.25	262.02	533.18
-8	20.5	39.67	50.19	79.66	248.26	504.89
-7	19.56	37.88	47.57	75.34	235.31	478.27
-6	18.66	36.18	45.09	71.29	223.11	453.22
-5	17.82	34.57	42.76	67.47	211.61	429.63
-4	17.01	33.04	40.56	63.88	200.78	407.41
-3	16.25	31.59	38.49	60.5	190.57	386.48
-2	15.52	30.21	36.53	57.32	180.93	366.74
-1	14.83	28.9	34.68	54.33	171.84	348.13
0	14.18	27.65	32.94	51.51	163.26	330.57
1	13.56	26.47	31.3	48.85	155.16	314
2	12.97	25.34	29.74	46.34	147.51	298.35
3	12.41	24.27	28.28	43.97	140.28	283.58
4	11.87	23.25	26.89	41.74	133.45	269.63
5	11.37	22.27	25.58	39.64	126.99	256.44
6	10.88	21.35	24.34	37.65	120.88	243.97
7	10.42	20.47	23.17	35.78	115.09	232.18
8	9.98	19.63	22.06	34	109.62	221.03
9	9.567	18.83	21.01	32.33	104.44	210.48
10	9.17	18.06	20.01	30.75	99.53	200.49
11	8.792	17.34	19.07	29.25	94.88	191.03
12	8.431	16.64	18.18	27.84	90.48	182.07
13	8.087	15.98	17.33	26.5	86.3	173.58
14	7.759	15.35	16.53	25.23	82.34	165.53
15	7.446	14.74	15.77	24.03	78.58	157.9
16	7.148	14.17	15.05	22.9	75.02	150.67
17	6.863	13.62	14.37	21.82	71.64	143.81
18	6.591	13.09	13.72	20.8	68.42	137.29
19	6.332	12.59	13.1	19.84	65.37	131.11
20	6.084	12.11	12.52	18.92	62.48	125.24
21	5.847	11.65	11.96	18.05	59.72	119.67
22	5.621	11.21	11.43	17.23	57.11	114.37
23	5.405	10.79	10.93	16.45	54.62	109.34
24	5.198	10.39	10.45	15.7	52.25	104.55
25	5	10	10	15	50	100
26	4.811	9.632	9.569	14.33	47.86	95.67
27	4.63	9.279	9.158	13.7	45.82	91.56
28	4.457	8.94	8.768	13.09	43.88	87.64
29	4.291	8.616	8.396	12.52	42.03	83.91
30	4.133	8.306	8.042	11.97	40.27	80.36
31	3.981	8.008	7.705	11.46	38.59	76.98
32	3.835	7.723	7.384	10.96	36.99	73.75
33	3.696	7.449	7.078	10.49	35.47	70.68
34	3.562	7.187	6.786	10.05	34.01	67.76
35	3.434	6.935	6.508	9.62	32.62	64.97
36	3.312	6.694	6.243	9.215	31.3	62.31
37	3.194	6.462	5.99	8.83	30.04	59.77
38	3.081	6.239	5.749	8.462	28.83	57.35
39	2.973	6.025	5.519	8.112	27.68	55.04
40	2.869	5.82	5.299	7.778	26.58	52.83
41	2.769	5.623	5.089	7.46	25.53	50.72
42	2.674	5.433	4.889	7.156	24.53	48.71
43	2.582	5.251	4.697	6.867	23.57	46.79
44	2.494	5.076	4.514	6.59	22.66	44.95
45	2.409	4.908	4.339	6.327	21.78	43.2
46	2.327	4.746	4.172	6.075	20.94	41.52
47	2.249	4.59	4.012	5.834	20.14	39.92
48	2.174	4.441	3.86	5.605	19.38	38.38
49	2.102	4.297	3.713	5.386	18.64	36.91
50	2.032	4.158	3.574	5.176	17.94	35.51
51	1.965	4.024	3.44	4.976	17.27	34.17
52	1.901	3.896	3.312	4.784	16.62	32.88
53	1.839	3.772	3.189	4.601	16.01	31.65
54	1.78	3.653	3.071	4.426	15.42	30.47
55	1.722	3.538	2.959	4.258	14.85	29.34
56	1.667	3.428	2.851	4.098	14.31	28.26
57	1.614	3.321	2.748	3.945	13.79	27.22
58	1.563	3.218	2.649	3.798	13.29	26.23
59	1.514	3.119	2.554	3.657	12.81	25.27
60	1.466	3.024	2.463	3.522	12.35	24.36
61	1.421	2.932	2.375	3.393	11.91	23.48
62	1.377	2.843	2.292	3.27	11.49	22.64
63	1.334	2.757	2.211	3.151	11.09	21.84
64	1.293	2.674	2.134	3.038	10.7	21.06

MF52型热敏电阻器是采用新材料、新工艺生产的小体积的树脂包封型NTC热敏电阻器，具有高精度和快速反应等优点。＊应用范围：　　本系列适用于空调设备、暖气设备、电子体温计、液位传感器、汽车电子、电子台历。＊特点：　　1.测试精度高; 　　2.体积小、反应速度快; 　　3.能长时间稳定工作; 　　4.互换性、一致性好. ＊产品代码说明：　　　①　　　 ②　　 ③　　　 ④　　 ⑤　　　⑥ 　　① 滴珠状NTC热敏电阻器　　② E：环氧树脂包封 S：硅树脂包封　　③ 标称电阻值R25 10KΩ-103 　　④ 电阻误差 F：±1% G：±2% H：±30% J：±5% K：±10% 　　⑤ L：B25/50 H：B25/85 T：特殊温度范围　　⑥ B值：347：3470 338：3380 取前三位＊产品规格表产品型号标称电阻值 B值耗散系数时间常数工作温度范围 MF52 100Ω-10KΩ 3100K ≥2.5mW/℃ 静止空气中≤7S 静止空气中-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. 电阻值误差: F：±1% G：±2% H：±3% J：±5% K：±10% 。　　2. B值（25/50oC）误差：对于标称电阻值精度为±1%的， B值对应误差为±1%，其余B值误差均为±2%。　　3. 除以上规格外，我公司还可根据用户特殊要求供货。＊注意事项　　1、由于MF52系列体积较小、焊点小、引线两端不能承受过大拉力。　　2、焊接时，请距离引线根部5mm处焊接，焊接时间尽量短。　　3、MF52E系列热敏电阻器不能直接在水中使用。 MF52型常用规格电阻值--温度对照表(单位：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热敏电阻

本型号产品采用陶瓷工艺与半导体工艺相结合的工艺技术制作而成，为两端轴向引出线玻璃封装结构。

＊应用：

　　1、家用电器，如空调机、微波炉、电风扇、电取暖炉等的温度控制与温度检测。　　2、办公自动化设备，如复印机、打印机的温度检测或温度补偿。　　3、工业、医疗、环保、气象、食品加工设备的温度控制与检验。　　4、液面指示和流量测量。　　5、手机电池。　　6、仪表线圈、集成电路、石英晶体振荡器和热电偶的温度补偿。

＊特点：

　　1、稳定性好，性高。　　2、阻值范围宽：0.1-1000K 　　3、阻值精度高。　　4、由于玻璃封装，可在高温和高温等恶劣环境下使用。　　5、体积小、重量轻、结构坚固，便于自动化安装（在印制线路板上）。　　6、热感应速度快、灵敏度高。

＊主要技术参数：

　　1、额定零功率电阻值范围(R25):0.1~1000KΩ　　2、R25允许偏差:±1%、±2%,±3%, ±5%, ±10%.　　3、B值范围(B25/50℃):1960~4480K　　4、B值允许偏差:±0.5%,±1%,±2%.　　5、耗散系数: 2mW/℃(在静止空气中)　　6、热时间常数: 20S (在静止空气中)　　7、工作温度范围: -55℃~ +300℃　　8、额定功率:≤50Mw。

＊产品代码说明：

　　　　① 　 ② 　 ③ 　　④　　⑤　 ⑥　　① 玻璃封装热敏电阻器　　② J：径向引出线　　③ 阻值：103----10KΩ 502---5KΩ　　④ 阻值精度：F：±1% G：±2% H：±3% J：±5% K：±10%　　⑤ L：B25/50 H：B25/85 T：特殊温度范围　　⑥ B值：347----3470 338----3380 取前三位

＊外型尺寸：

　　　　　1---芯片，2----玻封，3----引线

　　　　　　　　　　　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耐高温电阻（R）--温度（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热敏电阻

本型号产品采用陶瓷工艺与半导体工艺相结合的工艺技术制作而成，为两端轴向引出线玻璃封装结构。

＊应用：

＊特点：

＊主要技术参数：

＊产品代码说明：

　　　　① 　　② 　　 ③ 　　④　　　⑤　　 ⑥　　① 玻璃封装热敏电阻器　　② Z：轴向引出线　　③ 阻值：103----10KΩ 502---5KΩ　　④ 阻值精度：F：±1% G：±2% H：±3% J：±5% K：±10%　　⑤ L：B25/50 H：B25/85 T：特殊温度范围　　⑥ B值：347----3470 338----3380 取前三位

＊外型尺寸：

　　　　　1---芯片，2----玻封，3----引线

　　　　　　　　　　　MF58Z

＊ MF58Z耐高温电阻（R）--温度（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热敏电阻

ZT热敏电阻是一种超薄的绝缘性能高的反应速度快的新产品。＊应用：　　电脑，打印机等＊特点：　　1、稳定性好，性高。　　2、绝缘性高　　3、阻值精度高。　　4、使用安全　　5、体积小、重量轻、结构坚固，便于自动化安装　　6、热感应速度快、灵敏度高。＊主要技术参数：　　1、额定零功率电阻值范围(R25):10KΩ 　　2、R25允许偏差:±1%、±2%,±3%。　　3、B值范围(B25/50℃):3380K 　　4、B值允许偏差:±0.5%,±1%,±2%. 　　5、耗散系数: MIN. 0.7mW/℃(在静止空气中) 　　6、热时间常数: MAX. 5S (在静止空气中) 　　7、工作温度范围: -30℃~ +125℃ 　　8、额定功率:≤3.5mW。＊产品代码说明：　　　　ZT　　103 　　PI 　　25 　　　　① 　　 ② 　　 ③ 　　④　　　　　① ZT 热敏电阻　　② 阻值：103----10KΩ 　　③ PI:绝缘薄膜　　④ 25:引脚长度25MM ＊外型尺寸：代码规格和材料 ①聚酰亚氨膜 ②芯片 ③磷铜架

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