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238163382224 [VISHAY]

RESISTOR, TEMPERATURE DEPENDENT, NTC, 0.22 ohm, THROUGH HOLE MOUNT, AXIAL LEADED, ROHS COMPLIANT;
238163382224
型号： 238163382224
厂家： VISHAY    VISHAY
描述：

RESISTOR, TEMPERATURE DEPENDENT, NTC, 0.22 ohm, THROUGH HOLE MOUNT, AXIAL LEADED, ROHS COMPLIANT

温度传感 电阻器
文件： 总6页 (文件大小：117K)
中文：  中文翻译
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2381 633 3/8..../NTCLG100E2.....  
Vishay BCcomponents  
NTC Thermistors, Glass Encapsulated  
High Temperature Sensors  
FEATURES  
• Small diameter down to 1.8 mm  
• Quick response time down to 0.9 s  
• Wide temperature range from - 40 °C to + 200 °C  
• Resistant to corrosive atmospheres and harsh  
environments  
• Old part number was 2322 633 3/8....  
• Component in accordance to RoHS 2002/95/EC and  
WEEE 2002/96/EC  
QUICK REFERANCE DATA  
PARAMETER  
• Available in bulk or on tape  
VALUE  
Temperature range  
- 40 °C to + 200 °C  
10 kΩ to 220 kΩ  
APPLICATIONS  
High temperature measurement, sensing and control:  
Resistance value at 25 °C  
(R25  
)
• Domestic appliances  
Tolerance on R25 - value  
B25/85 - value  
5 % and 10 %  
3797K to 3977K  
1.3 % to 3 %  
• Automotive systems  
• Industrial process control  
Tolerance on B25/85 - value  
DESIGN-IN SUPPORT  
See Resistance Values at  
Intermediate Temperatures table  
for 2381 633 8.... series  
Deviation in resistance value  
due to B-tolerance  
For complete Curve Computation, visit:  
www.vishay.com/thermistors/curve-computation-list/  
Ratio RT/R25  
Rated dissipation  
Dissipation factor  
Response time  
100 mW  
2.5 mW/K  
0.9 s  
DESCRIPTION  
These thermistors have a negative temperature coefficient  
and are mounted in a glass envelope:  
2381 633 8.... (SOD27) with tinned copper-clad steel leads  
in bulk  
Thermal time constant τ  
6 s  
See Resistance Values at  
Intermediate Temperatures table  
2381 633 3.... is the taped bandolier version of 2381 633 8....  
series  
Temperature coefficient  
Climatic category  
Weight  
40/200/56  
MOUNTING  
≈ 0.14 g  
By soldering, clamping or welding. Bending of the leads  
should be done at least 3 mm from the glass body and  
without exerting forces on the glass body.  
ELECTRICAL DATA AND ORDERING INFORMATION  
R25  
(kΩ)  
12NC ORDERING CODE  
SAP MATERIAL NO.  
NTCLG100E2... (2)  
B25/85 - VALUE  
2381 633 3/8... (1)  
10  
20  
3977K 1.3 %  
3977K 1.3 %  
3977K 1.3 %  
3977K 1.3 %  
3797K 3.0 %  
*103  
*203  
*303  
*104  
*224  
103*B  
203*B  
303*B  
104*B  
224*B  
30  
100  
220  
Notes  
•
•
Replace * in 12NC by 3 for 5 %, 2 for 10 % tolerance on R25 °C, the 8th digit stands for packing: 8 for bulk and 3 for taped components  
Replace * in SAP part no by J for 5 %, K for 10 % tolerance on R25 °C, for NTCLG100E2 parts, replace last character by B for bulk and by T  
for taped components  
Document Number: 29050  
Revision: 12-Aug-09  
For technical questions, contact: nlr@vishay.com  
www.vishay.com  
59  
2381 633 3/8..../NTCLG100E2.....  
NTC Thermistors, Glass Encapsulated  
Vishay BCcomponents  
High Temperature Sensors  
DIMENSIONS in millimeters  
Component outline for 2381 633 8/3.... (SOD27)  
Ø 1.8 0.2  
Ø 0.46  
to 0.56  
25.4 min.  
3.75 0.5  
25.4 min.  
DERATING  
Power derating curve for 2381 633 8/3.... series  
P
(%)  
100  
0
- 40  
55  
85  
200  
0
Tamb (°C)  
Note  
• Zero power is considered as measuring power max. 1 % of rated power  
STABILITY CHARACTERISTICS  
Stability of glass encapsulated NTCs in thermal shock test (200 kcycles - 40 °C/+ 200 °C)  
0.8  
0
ΔR  
R
(%)  
ΔT  
(K)  
ΔT (at 25 °C)  
0.6  
0.4  
0.2  
0
- 0.1  
- 0.2  
- 0.3  
- 0.4  
ΔT (at 85 °C)  
ΔR85/R85  
ΔR25/R25  
103  
104  
105  
106  
Cycles  
www.vishay.com  
60  
For technical questions, contact: nlr@vishay.com  
Document Number: 29050  
Revision: 12-Aug-09  
2381 633 3/8..../NTCLG100E2.....  
NTC Thermistors, Glass Encapsulated  
Vishay BCcomponents  
High Temperature Sensors  
For complete Curve Computation, visit: www.vishay.com/thermistors/curve-computation-list/  
RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES FOR 10 kΩ, 20 kΩ, 30 kΩ AND 100 kΩ  
ΔR DUE TO  
B-TOLERANCE  
(%)  
R (kΩ) for 2381 633/NTCLG100E2  
TOPER  
(°C)  
TCR  
(%/K)  
RT/R25  
..103/103..  
..203/203..  
..303/303..  
..104/104..  
- 40  
- 35  
- 30  
- 25  
- 20  
- 15  
- 10  
- 5  
33.06  
23.90  
4.65  
4.21  
3.79  
3.38  
2.99  
2.61  
2.24  
1.89  
1.55  
1.22  
0.90  
0.59  
0.29  
0.00  
0.28  
0.55  
0.82  
1.08  
1.34  
1.58  
1.82  
2.06  
2.29  
2.51  
2.73  
2.95  
3.16  
3.36  
3.56  
3.76  
3.95  
4.13  
4.32  
4.50  
4.67  
4.84  
5.01  
5.17  
5.33  
5.49  
5.65  
5.80  
5.95  
6.10  
6.24  
6.38  
6.52  
6.66  
6.79  
6.59  
6.37  
6.16  
5.96  
5.77  
5.59  
5.41  
5.24  
5.08  
4.93  
4.78  
4.64  
4.51  
4.38  
4.25  
4.13  
4.02  
3.91  
3.80  
3.70  
3.60  
3.51  
3.42  
3.33  
3.24  
3.16  
3.08  
3.01  
2.93  
2.86  
2.79  
2.73  
2.66  
2.60  
2.54  
2.49  
2.43  
2.38  
2.32  
2.27  
2.23  
2.18  
2.14  
2.09  
2.05  
2.01  
1.97  
1.93  
1.89  
330.6  
239.0  
661.2  
478.1  
349.4  
258.0  
192.4  
144.8  
110.0  
84.28  
65.09  
50.67  
39.74  
31.40  
24.98  
20.00  
16.12  
13.07  
10.66  
8.742  
7.209  
5.976  
4.978  
4.168  
3.505  
2.961  
2.512  
2.141  
1.831  
1.572  
1.355  
1.173  
1.018  
0.8865  
0.7747  
0.6791  
0.5971  
0.5265  
0.4656  
0.4129  
0.3671  
0.3273  
0.2910  
0.2606  
0.2339  
0.2104  
0.1897  
0.1714  
0.1551  
0.1407  
0.1279  
991.8  
717.1  
524.1  
387.0  
288.6  
217.3  
165.0  
126.4  
97.64  
76.01  
59.62  
47.10  
37.46  
30.00  
24.18  
19.60  
15.99  
13.11  
10.81  
8.963  
7.467  
6.251  
5.258  
4.442  
3.769  
3.211  
2.747  
2.359  
2.033  
1.759  
1.527  
1.330  
1.162  
1.019  
0.8956  
0.7898  
0.6984  
0.6194  
0.5507  
0.4909  
0.4365  
0.3909  
0.3508  
0.3156  
0.2845  
0.2571  
0.2327  
0.2111  
0.1919  
3306  
2390  
17.47  
174.7  
1747  
12.90  
129.0  
1290  
9.621  
96.21  
962.1  
724.2  
550.1  
421.4  
325.5  
253.4  
198.7  
157.0  
124.9  
100.0  
80.59  
65.34  
53.29  
43.71  
36.04  
29.88  
24.89  
20.84  
17.53  
14.81  
12.56  
10.70  
9.156  
7.862  
6.777  
5.863  
5.089  
4.433  
3.873  
3.395  
2.985  
2.633  
2.328  
2.065  
1.836  
1.636  
1.455  
1.303  
1.169  
1.052  
0.9484  
0.8569  
0.7757  
0.7037  
0.6396  
7.242  
72.42  
5.501  
55.01  
4.214  
42.14  
0
3.255  
32.55  
5
2.534  
25.34  
10  
1.987  
19.87  
15  
1.570  
15.70  
20  
1.249  
12.49  
25  
1.000  
10.00  
30  
0.8059  
0.6534  
0.5329  
0.4371  
0.3604  
0.2988  
0.2489  
0.2084  
0.1753  
0.1481  
0.1256  
0.1070  
0.09156  
0.07862  
0.06777  
0.05863  
0.05089  
0.04433  
0.03873  
0.03395  
0.02985  
0.02633  
0.02328  
0.02065  
0.01836  
0.01636  
0.01455  
0.01303  
0.01169  
0.01052  
0.009484  
0.008569  
0.007757  
0.007037  
0.006396  
8.059  
35  
6.534  
40  
5.329  
45  
4.371  
50  
3.604  
55  
2.988  
60  
2.489  
65  
2.084  
70  
1.753  
75  
1.481  
80  
1.256  
85  
1.070  
90  
0.9156  
0.7862  
0.6777  
0.5863  
0.5089  
0.4433  
0.3873  
0.3395  
0.2985  
0.2633  
0.2328  
0.2065  
0.1836  
0.1636  
0.1455  
0.1303  
0.1169  
0.1052  
0.09484  
0.08569  
0.07757  
0.07037  
0.06396  
95  
100  
105  
110  
115  
120  
125  
130  
135  
140  
145  
150  
155  
160  
165  
170  
175  
180  
185  
190  
195  
200  
Document Number: 29050  
Revision: 12-Aug-09  
For technical questions, contact: nlr@vishay.com  
www.vishay.com  
61  
2381 633 3/8..../NTCLG100E2.....  
NTC Thermistors, Glass Encapsulated  
Vishay BCcomponents  
High Temperature Sensors  
For complete Curve Computation, visit: www.vishay.com/thermistors/curve-computation-list/  
RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES FOR 220 kΩ  
ΔR DUE TO  
B-TOLERANCE  
(%)  
TOPER  
(°C)  
TCR  
(%/K)  
RESISTANCE  
RT/R25  
(Ω)  
- 40  
- 35  
- 30  
- 25  
- 20  
- 15  
- 10  
- 5  
25.7830  
19.1253  
14.3200  
10.8187  
8.2444  
10.49  
9.48  
8.51  
7.58  
6.69  
5.83  
5.01  
4.21  
3.44  
2.71  
1.99  
1.31  
0.64  
0.00  
0.62  
1.22  
1.80  
2.37  
2.91  
3.44  
3.95  
4.45  
4.93  
5.40  
5.86  
6.30  
6.74  
7.16  
7.56  
7.96  
8.35  
8.73  
9.09  
9.45  
9.80  
10.14  
10.47  
10.80  
11.12  
11.43  
11.73  
12.02  
12.31  
12.60  
12.87  
13.14  
13.41  
13.67  
13.92  
- 6.07  
- 5.88  
- 5.70  
- 5.52  
- 5.35  
- 5.19  
- 5.03  
- 4.88  
- 4.74  
- 4.60  
- 4.47  
- 4.34  
- 4.22  
- 4.10  
- 3.99  
- 3.88  
- 3.77  
- 3.67  
- 3.58  
- 3.48  
- 3.39  
- 3.30  
- 3.22  
- 3.14  
- 3.06  
- 2.99  
- 2.92  
- 2.85  
-2.78  
5 672 263.60  
4 207 576.09  
3 150 399.51  
2 380 123.99  
1 813 764.23  
1 393 675.05  
1 079 441.58  
842 474.22  
662 372.59  
524 457.34  
418 079.84  
335 454.71  
270 846.73  
220 000.00  
179 733.97  
147 655.51  
121 952.04  
101 241.94  
84 465.62  
70 805.57  
59 627.46  
50 436.33  
42 843.93  
36 544.07  
31 294.12  
26 900.84  
23 209.62  
20 096.19  
17 460.22  
15 220.36  
13 310.39  
11 676.18  
10 273.29  
9065.15  
6.3349  
4.9066  
3.8294  
0
3.0108  
5
2.3839  
10  
1.9004  
15  
1.5248  
20  
1.2311  
25  
1.0000  
30  
0.8170  
35  
0.6712  
40  
0.5543  
45  
0.4602  
50  
0.3839  
55  
0.3218  
60  
0.2710  
65  
0.2293  
70  
0.1947  
75  
0.1661  
80  
0.1422  
85  
0.1223  
90  
0.1055  
95  
0.09135  
0.07936  
0.06918  
0.06050  
0.05307  
0.04670  
0.04121  
0.03646  
0.03235  
0.02878  
0.02567  
0.02295  
0.02057  
0.01847  
0.01663  
0.01501  
0.01357  
0.01229  
0.01116  
0.01015  
0.009247  
0.008442  
100  
105  
110  
115  
120  
125  
130  
135  
140  
145  
150  
155  
160  
165  
170  
175  
180  
185  
190  
195  
200  
- 2.71  
- 2.65  
- 2.59  
- 2.53  
- 2.47  
- 2.42  
- 2.37  
- 2.31  
- 2.26  
- 2.22  
- 2.17  
- 2.12  
- 2.08  
- 2.04  
- 2.00  
- 1.95  
- 1.92  
- 1.88  
- 1.84  
- 1.81  
8021.51  
7117.27  
6331.54  
5646.86  
5048.62  
4524.53  
4064.21  
3658.90  
3301.16  
2984.68  
2704.05  
2454.67  
2232.58  
2034.38  
1857.14  
www.vishay.com  
62  
For technical questions, contact: nlr@vishay.com  
Document Number: 29050  
Revision: 12-Aug-09  
2381 633 3/8..../NTCLG100E2.....  
NTC Thermistors, Glass Encapsulated  
Vishay BCcomponents  
High Temperature Sensors  
THERMISTORS ON BANDOLIER (2381 633 3....)  
Bandolier taped according to IEC60286-1  
0.8 max.  
S
5
0.3  
1.2  
max.  
L1  
L2  
6
0.5  
53 1.5  
The components are centred so that ⎪L1 - L2⎪ = 1.2 mm max.  
The cumulative space (S) measured over 10 spacings = 50 2 mm.  
Document Number: 29050  
Revision: 12-Aug-09  
For technical questions, contact: nlr@vishay.com  
www.vishay.com  
63  
Legal Disclaimer Notice  
Vishay  
Disclaimer  
All product specifications and data are subject to change without notice.  
Vishay Intertechnology, Inc., its affiliates, agents, and employees, and all persons acting on its or their behalf  
(collectively, “Vishay”), disclaim any and all liability for any errors, inaccuracies or incompleteness contained herein  
or in any other disclosure relating to any product.  
Vishay disclaims any and all liability arising out of the use or application of any product described herein or of any  
information provided herein to the maximum extent permitted by law. The product specifications do not expand or  
otherwise modify Vishay’s terms and conditions of purchase, including but not limited to the warranty expressed  
therein, which apply to these products.  
No license, express or implied, by estoppel or otherwise, to any intellectual property rights is granted by this  
document or by any conduct of Vishay.  
The products shown herein are not designed for use in medical, life-saving, or life-sustaining applications unless  
otherwise expressly indicated. Customers using or selling Vishay products not expressly indicated for use in such  
applications do so entirely at their own risk and agree to fully indemnify Vishay for any damages arising or resulting  
from such use or sale. Please contact authorized Vishay personnel to obtain written terms and conditions regarding  
products designed for such applications.  
Product names and markings noted herein may be trademarks of their respective owners.  
Document Number: 91000  
Revision: 18-Jul-08  
www.vishay.com  
1

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