RL1003-1157-95-D1

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Temperature Sensors - NTC Thermistors represent a type of electronic component which is used to measure temperature. The RL1003-1157-95-D1 is a particular member of this family of components. It has specific characteristics which make it suitable for different applications.

What is an NTC Thermistor?

NTC Thermistors are resistors with a negative temperature coefficient. This means that their resistance decreases as temperatures increases. The decrease in resistance is non-linear, and is typically expressed as a Steinhart–Hart equation. NTC Thermistors are very small components, making them suitable for accurate and low-cost temperature sensing in a range of applications.

RL1003-1157-95-D1 Application Fields and Working Principle

The RL1003-1157-95-D1 is a popular NTC Thermistor. It is typically used in applications where accurate temperature measurement and/or control is required. Such applications include temperature control systems, medical equipment, food processing and industrial electronics.

The working principle of the RL1003-1157-95-D1 is based on its negative temperature coefficient. The resistance decreases as temperature increases, and this change in resistance is used to measure temperature. The RL1003-1157-95-D1 has a high sensitivity, and can measure temperatures from -50°C to +150°C with an accuracy of ±1°C.

The RL1003-1157-95-D1 also has a low thermal time constant. This means it responds quickly to changes in temperature, making it suitable for applications which require quick temperature control.

Conclusion

The RL1003-1157-95-D1 is a popular NTC Thermistor due to its compact size, high accuracy and quick response time. It is used in a range of applications where accurate temperature measurement and control is required.

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