RL2003-289-95-D1

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Temperature sensors are widely used in a variety of industries for monitoring and controlling the ambient temperature of a system. They are also often integrated into devices designed to alert users when the temperature exceeds certain thresholds. NTC thermistors are one such type of device which can be used for this purpose, and the RL2003-289-95-D1 is a particularly popular choice due to its reliable and accurate readings.

An NTC thermistor is a temperature-sensing device made up of a resistive element that changes its resistance according to the temperature of its environment. Unlike other types of thermistors, NTC thermistors have a negative temperature coefficient which means that their resistance decreases as temperature increases. The RL2003-289-95-D1 combines precision resistance with a thermally-stable package making it ideal for applications where a reliable and accurate temperature reading is required.

The RL2003-289-95-D1 has a wide range of temperature-measuring capabilities, making it suitable for a variety of applications. It can measure temperatures ranging from -40°C to 125°C in small increments of 0.125°C. This makes it particularly useful for sensing applications where accuracy and responsiveness are critical. The design of the RL2003-289-95-D1 also makes it suitable for high-vibration environments and for monitoring temperatures in hazardous locations.

The working principle of the RL2003-289-95-D1 is based on the change in resistance of the NTC element as a result of changes in temperature. The resistance of the element decreases linearly with an increase in temperature and can be used to accurately measure the temperature of its environment. The RL2003-289-95-D1 is equipped with an integrated amplifier to convert the temperature reading to a useful output signal. The output signal is then sent to a microcontroller or other device to be processed and used to take appropriate action based on the temperature of the environment.

In summary, the RL2003-289-95-D1 is a popular temperature sensor due to its combination of precision resistance and thermally-stable design. It is suitable for applications with high vibration and hazardous locations and can measure temperatures from -40°C to 125°C with increments of 0.125°C. The working principle of the RL2003-289-95-D1 is based on the change in resistance of its NTC element as a result of changes in temperature and the output signal is then used to take appropriate action based on the temperature of the environment.

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