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 Construction |
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| 1. |
Protective coating |
| 2. |
Thermistor film |
| 3. |
Inner electrode |
| 4. |
Ni plating |
| 5. |
Solder plating |
| 6. |
Ceramic substrate |
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Features |
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SMD type thick film NTC chip thermistors. |
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Thinner (0.5mm in 1608, 2012 sizes,0.6mm in 3216 size) than the multilayer type. |
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Excellent mountability due to higher mechanical
strength. |
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Excellent mountability due to its solder plating at the terminal section. |
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Suitable for both flow and reflow solderings. |
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Products with lead free termination meet
EU-RoHS requirements.
EU-RoHS regulation is not intended for Pb-glass contained in
electrode, resistor element and glass. |
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Type
(Inch Size Code) |
Dimensions(mm) |
Weight(g)
(1000pcs) |
L 0.2 |
W |
c |
d |
t |
1J
(0603) |
1.6 |
0.8 0.1 |
0.30.1 |
0.30.1 |
0.50.1 |
2.54 |
2A
(0805) |
2.0 |
1.250.1 |
0.40.2 |
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4.87 |
2B
(1206) |
3.2 |
1.60.2 |
0.50.3 |
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0.60.1 |
10.12 |
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| NT73 |
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2A |
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T |
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TD |
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103 |
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K |
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3800 |
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J |
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| Product Code |
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Power Rating |
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Terminal
Surface Material |
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Taping |
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Nominal Resistance |
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Resistance Tolerance |
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Nominal
B Constant |
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B Constant
Tolerance |
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1J : 5.0mW
2A : 5.0mW
2B : 5.0mW |
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T : Sn
(L : Sn/Pb) |
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| TD : |
4mm pitch
punch
paper |
| BK : |
Bulk |
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3digits
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J : 5%
K : 10%
L : 15% |
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H : 3%
J : 5%
K : 10% |
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The terminal surface material lead free is standard .
Contact us when you have control request for environmental hazardous material other than the substance specified by EU-RoHS.
For further information on taping, please refer to Packagings
For Chip Components. |
| Style |
Resistance 
at25 |
Resistance Tolerance |
B Constant
at25/75
| B Constant Tolerance |
Power Rating
(mW) |
Operating Temp.Range |
| 1J |
6.8k |
J : 5%
K : 10% |
3500K |
K : 10% |
5 |
-55  +125 |
| 10k |
J : 5% |
| 15k |
3800K |
| 10k |
3700K |
H : 3% |
| 20k |
3800K |
J : 5% |
| 22k |
| 30k |
| 33k |
| 47k |
| 68k |
| 100k |
| 47k |
4100K |
H : 3% |
| 2A |
1k |
K : 10%
L : 15% |
3200K |
K : 10% |
5 |
-55 +125 |
| 2k |
3500K |
| 2.2k |
| 2.4k |
| 3.3k |
J : 5%
K : 10%
L : 15% |
J : 5% |
| 4.7k |
| 5k |
| 10K |
| 6.8k |
K : 10%,
L : 15% |
3800K |
K : 10% |
| 10k |
J : 5%
K : 10%
L : 15% |
J : 5% |
| 15k |
| 20k |
| 22k |
| 30k |
| 33k |
| 47k |
| 68k |
| 100k |
| 150k |
| 50k |
3950 |
H : 3% |
| 10k |
4100K |
| 15K |
| 20K |
| 22K |
| 30K |
| 33K |
| 47K |
| 68K |
| 100K |
| 150K |
| 2B |
1K |
K : 10%
L : 15% |
3200K |
K : 10% |
5 |
-55 +125 |
| 2.2K |
3500K |
| 3.3K |
| 4.7K |
| 6.8K |
3800K |
| 10K |
J : 5%
K : 10%
L : 15% |
J : 5% |
| 22K |
| 33K |
| 47K |
| 68K |
| 100K |
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Thermal Dissipation Constant -In the atmosphere-(Reference
)
1J : 2.0mW/, 2A : 2.8mW/, 2B : 3.0mW/ |
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Resistance-Temperature Characteristic |
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The resistance-temperature characteristics of a thermistor can be approximated
by equation 1.
R=R0 exp{B(1/T-1/T0)}
(eq1)
R : resistance at absolute temperature T (K)
R0 : resistance at absolute temperature T0
(K)
B : B constant (K)
*T(K)=t()+273.15
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Application Notes
Brush up your circuit
Basic Knowledge
