AB6B2-GC16KA143E/37C

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NTC thermistors, or Negative Temperature Co-efficient (NTC) thermistors, are a type of resistor that alters its electrical resistivity with changes in temperature. The AB6B2-GC16KA143E/37C thermistor is designed specifically as a temperature sensor; when exposed to a change in temperature, it alters its electrical resistivity in proportion to the change. As a result, the thermistor can be used to measure temperature or the rate of temperature change.

The AB6B2-GC16KA143E/37C thermistor is highly stable and provides very accurate temperature readings. It is constructed from a material that has a resistivity which decreases with temperature; meaning that when temperature rises, its electrical resistivity decreases. This is down to the way that electrons get more "lively" at higher temperatures; they want to travel more quickly through the material, resulting in a decrease in electrical resistivity. This drop in resistivity can be used as an indicator of the temperature of a material.

The AB6B2-GC16KA143E/37C thermistor is designed to be used as a temperature sensor across a wide range of applications. It is highly resilient to extreme temperatures and is particularly suitable for industrial applications where it is imperative to measure and monitor temperatures precisely. The thermistor is able to measure temperatures above 1000°C, dependant on the application, and can be used for monitoring temperatures in harsh environments.

The AB6B2-GC16KA143E/37C thermistor has a range of outputs which can be configured to suit a particular application – for example, it can be set to send an analogue or digital signal, depending on the system and the environment. It is also able to be calibrated in order to give more accurate readings if needed.

The AB6B2-GC16KA143E/37C thermistor’s superior accuracy and high performance makes it a great choice for measuring temperature in industrial applications. In medical equipment, Telecoms apparatus, electrical machinery, test & measurement equipment, and scientific research, the thermistor has become an integral part in the accurate and reliable monitoring of temperatures. It is also often used to ensure continuous temperature control in process equipment.

The AB6B2-GC16KA143E/37C thermistor is easy to install and maintain, and its good mechanical and electrical characteristics make it highly reliable and long-lasting. This ensures that the thermistor can provide reliable temperature readings for many years, making it an excellent choice for a wide variety of applications.

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