RL1004-104.7K-155-D1

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Temperature sensors, such as NTC thermistors, play an important role in the field of electronic engineering. They are used to measure temperature, monitor temperature changes and detect abnormalities in temperatures. The RL1004-104.7K-155-D1 temperature sensors are among the most popular varieties of NTC thermistors, due to their precision, accuracy, and durability. In this article, we will discuss its application field and working principles.

Application Field

The RL1004-104.7K-155-D1 temperature sensors are designed for general-purpose temperature measurement, from ambient to -30 degrees celsius. It is a highly accurate and reliable NTC thermistor, suitable for applications such as HVAC and refrigeration. It is also suitable for automotive, medical, and food production industries, among many others.

The RL1004-104.7K-155-D1 temperature sensors are especially useful in environments that require precision and accuracy, such as laboratories, research facilities, chemical plants, and electronics manufacturing. It is also well-suited for the food production industry, where temperatures must be monitored and maintained accurately.

Working Principles

The RL1004-104.7K-155-D1 temperature sensors are equipped with a small temperature sensing element, which is usually made of a special material such as copper. This material has a specific electrical resistance that changes according to the ambient temperature. As the temperature increases, the resistance of the material decreases. A dedicated circuit is used to measure the temperature of the environment and feed the information to a suitable display or recording device.

The RL1004-104.7K-155-D1 temperature sensors also feature a wide range of temperature compensation formats that offer precise temperature readings and accurate temperature measurements. This ensures that the sensors are able to detect changes in ambient temperature and be used to control and regulate heating and cooling systems, as well as providing protection against temperature-related problems in sensitive applications.

In addition, the RL1004-104.7K-155-D1 temperature sensors are designed for long-term, thermally stable operation, making them highly reliable. As a result, they are able to be used in applications where temperatures must be monitored and maintained over an extended period of time.

Conclusion

The RL1004-104.7K-155-D1 temperature sensors are versatile, reliable and accurate NTC thermistors, suitable for a wide range of applications. Their temperature compensation formats offer precise temperature readings, while their thermally stable design ensures reliable long-term operation. As such, the RL1004-104.7K-155-D1 temperature sensors are useful in a variety of industries and provide users with a reliable and accurate temperature-sensing solution.

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