RL2007-32.8-59-D1

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NTC (Negative Temperature Coefficient) Thermistors are temperature sensors that rely upon a thermistor or thermally sensitive resistor for the measurement of temperature. The RL2007-32.8-59-D1 NTC thermistor is a versatile device, designed specifically for temperature measurement applications in which precision or temperature stability is desired.

Application Field

The RL2007-32.8-59-D1 is one of the most versatile temperature sensors available on the market due to its wide operating temperature range, versatile design, and accuracy. Some common applications for the RL2007-32.8-59-D1 NTC thermistor include:

• Thermal protection for switch controls, terminal blocks, and power supplies
• Temperature measurement in industrial systems and process control systems
• Medical instruments, such as in human body temperature measurement
• Automotive temperature management, including in fuel injection systems, engine cooling systems, and other temperature-related applications

Working Principle

The RL2007-32.8-59-D1 NTC thermistor works by sensing the changes in temperature which in turn produces a change in resistance. The thermistors are constructed from a sintered metal oxide with nickel leads in an epoxy molded package. When heated, the sintered metal oxide expands or contracts causing the resistance of the thermistor to change. The change in resistance is typically measured as a change in voltage across a resistance, creating a resistance-temperature curve.

When a voltage is applied across the thermistor, the resistance changes as the temperature of the thermistor also changes. The change in resistance is then directly proportional to the temperature, meaning that the resistance of the thermistor will change in relation to the change in temperature. This variation in resistance is then used to determine the temperature of a system or environment.

The RL2007-32.8-59-D1 NTC thermistor is able to accurately measure small changes in temperature and is also capable of withstanding extreme temperatures. The thermistor is also designed to reduce thermal hysteresis, meaning that the thermistor does not need to be heated and then cooled several times in order to reach accurate readings.

Conclusion

The RL2007-32.8-59-D1 NTC thermistor is a versatile and accurate temperature sensor. It is designed to be highly tolerant to wide temperature variations and capable of withstanding extreme temperatures. The thermistor is also capable of accurately measuring small changes in temperature and reducing thermal hysteresis. Due to its wide operating temperature range, versatile design, and accuracy, the RL2007-32.8-59-D1 NTC thermistor is a popular choice for a variety of temperature measurement applications.

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