RL1004-297-85-D1

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Temperature Sensors - NTC Thermistors are one of the most important devices in a wide range of applications, such as environmental, industrial, automotive, and medical. The device works by detecting changes in temperature and sending an electrical signal to a controller or other monitoring system. RL1004-297-85-D1 is a type of thermistor NTC which is commonly used in various applications. In this article, we will discuss the application field and working principle of the RL1004-297-85-D1.

The RL1004-297-85-D1 is primarily known for its excellent accuracy and stability. It is typically used to measure temperatures ranging from -40°C to 100°C. It has a built-in range of ±2°C, and its linearity can reach up to ±0.5°C. Moreover, it is designed with a micro-interchangeable sensor within 0.2°C accuracy, which enhances its accuracy to a greater degree.

Moreover, the RL1004-297-85-D1 is known for its high-quality performance delivered by its three key characteristics. First, its electrical resistance changes according to the ambient temperature. Second, it has self-heating technology which allows it to maintain continuous operation at all times. Last, its high temperature stable performance delivers temperature measurements with precision and accuracy.

The RL1004-297-85-D1 utilizes a NTC thermistor to measure temperature. It consists of a temperature-sensitive resistor which utilizes the PTC (positive temperature coefficient) principle. This resistive element is constructed from a semiconductor material that experiences a change in resistance as the temperature changes. This change is predictable and can be understood through the following formula: R(T) = R(ref) x exp(-B/T). When the temperature changes, the resistance changes accordingly.

When the temperature around the thermistor changes, the electric power it produces changes in response. This power change is then converted into an electrical signal, which is then read by the device or sent to a controlling system. The response time of the thermistor is also improved due to its self-heating technology. This property allows the device to measure rapid temperature changes with a higher accuracy.

The RL1004-297-85-D1 thermistor is extremely versatile and can be used in a wide range of applications, such as environmental monitoring, medical equipment, automobiles and aerospace vehicles. It is also widely employed in industrial temperature control projects. Furthermore, due to its stability and accuracy, it is also used to measure temperatures in food processing and refining projects.

All in all, the RL1004-297-85-D1 thermistor is a high-quality device which is used in a variety of temperature measurement applications. Its linearity, accuracy and stability make it a reliable choice for any temperature-sensitive project. By utilizing its self-heating technology and electrical resistance properties, this device can measure temperature with precision and accuracy. This makes it a perfect choice for any temperature sensing project.

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