NTC Thermistor Probes
| Our NTC Thermistor Probes are designed for durable performance.
Typical applications of Ametherm's NTC
Thermistor Probes include: Temperature Measurement, Control, and Compensation. |
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NTC Thermistor Probes
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Designed for general use. Get-It-Now From Newark |
Bolt-In-Place applications. Get-It-Now From Newark |
NTC Thermistor Probe -PANWWet and rugged environments. get-It-Now From Newark |
Designed for moist environments. Get-It-Now From Newark |
NTC Thermistor Probe -
PANTDesigned for rugged environments. |
Zero Power Resistance Temperature Curves |
NTC thermistor Probe Application Notes
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Calculating Beta Predict the resistance of an NTC Thermistor Probe at a given temperature |
Temperature Measurement One of the easiest ways to measure temperature with an NTC Thermistor Probe is to use a Wheatstone bridge. |
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Steinhart & Hart
Equation Predict the resistance of an NTC Thermistor Probe at a given temperature - Most accurate method |
Power Dissipation for Temperature Detection Circuits Account for power dissipation in an NTC Thermistor Probe temperature detection circuit. |
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Calculating the Temperature Coefficient
NTC Thermistor Probes are a good alternative to semiconductor circuitry for temperature related problems. |
Temperature Compensation Circuits An NTC Thermistor Probe is a common method of compensating for temperature changes in coils and solenoids. |
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Accurate
Temperature Measurements Guidelines for achieving the most accurate measurements using an NTC Thermistor Probe. |
Temperature Compensation Circuits To calculate the life expectancy of a Thermistor Probe follow these steps. |



