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Long-term Stability: PT100 sensors are known for their robustness and minimal drift over prolonged periods, which translates to reduced maintenance needs. NTC thermistors, while effective, tend to age more rapidly and might require recalibration or replacement more frequently to maintain accuracy.
- A 10k NTC thermistor displays 10k ohm resistance at 25C and has a negative relationship between temperature and resistance. - A 100k PTC thermistor displays 100k ohm resistance at 25C and has a positive temperature-resistance relationship.
Thermistor Specifications Usually expressed in percent (e.g. 1%, . 10%, etc). For example, if the specified resistance at 25C for thermistors with 10% tolerance is 10,000 ohms, then the measured resistance at that temperature can range from 9,000 ohms to 11000 ohms.
K stands for kilo, which is one thousand, so 100K equals 100,000 ohms. A 100K resistor provides stronger current limiting than a 10K resistor. In high-input impedance circuits, using a 100K resistor helps reduce the loading effect on the signal source.
Measurement range: -4F to +200F (-20C to 105C)
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PT1000 sensors generally have higher manufacturing costs due to their superior materials and construction, but they offer excellent long-term reliability. In contrast, NTC sensors (e.g., 5k, 10k, 20k) are more cost-effective to produce, though they may not provide the same level of reliability over extended periods.
Both BAPIs 10K-2 and 10K-3 thermistors have 10,000 Ohms of resistance at 77F. At 32F (0C) the 10K-2 thermistor has 32,650 Ohms of resistance and a 10K-3 29,490 Ohms. If a 10K-3 thermistor is substituted for a 10K-2 you could have 6F of measurement error at 32F.
Due to its precision, the NTC 10K thermistor is widely utilized in various industries. In consumer electronics, it ensures optimal performance of household appliances. Automotive engineers use it for monitoring engine temperatures, while in medical equipment, it helps maintain precise operating conditions.

10k ntc thermistor chart