NTCLE101E3C90173

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Temperature Sensors - NTC Thermistors are resistors whose resistance changes with temperature, this type of sensor can be used to measure temperature by accurately determining the amount of resistance change with temperature. NTCLE101E3C90173 is a Non-Linear NTC thermistor designed for operation in the automotive environment. This type of thermistor offers the advantages of reliable performance, long life and low cost.

NTCLE101E3C90173 Application Field

The NTCLE101E3C90173 is a Non-Linear NTC thermistor designed for use in automotive applications. It is suitable for providing feedback in temperature sensing devices in passenger cars and PMV-type vehicles. This thermistor is also frequently used in automotive engine control systems where precise temperature sensing can be important for engine performance. The NTCLE101E3C90173 thermistor can also be used in HVAC (heating, ventilation, and air conditioning) control systems to provide feedback and temperature control for the vehicle cabin. In addition, this thermistor can also be used in air flow sensors, air bag systems, engine coolant sensors, spark advance control, and air/fuel ratio control.

NTCLE101E3C90173 Working Principle

The NTCLE101E3C90173 thermistor is a temperature-dependent resistor with a negative temperature coefficient (NTC). This type of thermistor operates using a proprietary mixture of polymeric and carbon fillers that display a marked resistance decrease when heated. As the temperature of the thermistor rises, the material’s resistivity decreases, leading to a decrease in the thermistor’s resistance. As a result, the thermistor’s resistance decreases with increasing temperature, making it suitable for temperature measurement and sensing applications. Furthermore, the NTCLE101E3C90173’s non-linearity and wide operating temperature range make it suitable for a variety of different automotive applications.

The NTCLE101E3C90173 is a robust thermistor design incorporating a negative temperature coefficient (NTC). The temperature-dependent resistive characteristic of the thermistor allows the device to be used as a sensing element in automotive applications. When the temperature of the thermistor changes, the resistance changes proportionally, allowing engineers to determine the precise temperature. This type of thermistor is also well-suited to rapid and accurate temperature measurements due to its low thermal mass and high temperature coefficient of resistance.

Conclusion

In conclusion, the NTCLE101E3C90173 thermistor is an NTC type thermistor designed specifically for use in automotive applications. This thermistor features a negative temperature coefficient, allowing for the accurate measurement of temperature. The thermistor can be used in HVAC systems, air flow sensors, spark advance control, air/fuel ratio control, and other automotive applications. The NTCLE101E3C90173 thermistor’s robust design and wide operating temperature range make it a reliable and cost effective temperature measurement solution.

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