140-502LAG-RB1

Temperature Sensors - NTC Thermistors are thermistors that have a negative temperature coefficient, meaning their resistance drops as temperature increases. The 140-502LAG-RB1 is a type of NTC thermistor that is designed to replicate the behavior of bimetallic thermometers. The thermistor consists of a body that consists of three components: the resistor, a themistor element and an output connection.

The 140-502LAG-RB1 is designed for a variety of temperature-sensing applications for both industrial and medical purposes. The thermistor is designed to be compatible with any type of temperature meter, from analog to digital, giving it a great degree of flexibility. The thermistor also has a high sensitivity to changes in temperature, meaning it can detect very small variations quickly and accurately.

The thermistor can be used in a wide range of temperature-sensing applications, from industrial and automotive engines to medical equipment and food refrigeration systems. In industrial applications, the thermistor can be used to monitor the cooling system, detect faults in control systems and provide temperature feed-back for machines and computer systems. In medical applications, the thermistor can be used to detect changes in the body temperature of patients, monitor the temperature of medical instruments or liquids and even measure the temperature of the skin.

In terms of its working principle, the thermistor consists of a body that contains the temperature-sensing element, which is usually a semiconductor material, such as silicon. When the temperature of the environment changes, the resistance of the element changes in accordance to the temperature. This change in resistance is then measured and is used to calculate the outside temperature. The thermistor body is also insulated from the environment, making it highly accurate and reliable.

In summary, the 140-502LAG-RB1 is a type of NTC thermistor designed for a variety of temperature-sensing applications, from industrial and automotive applications to medical uses. The thermistor has a high sensitivity to changes in temperature, meaning it can detect very small variations quickly and accurately. In terms of its working principle, the thermistor consists of a body that contains a semiconductor material, such as silicon, whose resistance changes in accordance to the temperature in the environment.