B59535T1120A262

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Temperature sensors are one of the most common types of sensing devices used in industrial, automation, and process applications. Among them, PTC thermistors are one of the most popular types due to their accuracy and quick responsiveness. B59535T1120A262 is a typical PTC thermistor that can be used in many different applications.

When it comes to the application fields for this PTC thermistor, B59535T1120A262 can typically be used for temperature control and sensing in many electronic devices. It can be found in a variety of heating and cooling processes, such as air conditioning systems, boilers, chillers, HVAC systems, and more. Additionally, they can be used in food service and medical equipment, as well as in hazardous areas where their high temperature resistance is an important safety factor.

The working principle behind this particular thermistor is quite simple. When it is exposed to a change in temperature, it changes its electrical resistance in a predictable manner. This change in resistance is proportional to the temperature difference, and can be used to accurately measure the temperature. This thermistor’s temperature range is between -55°C and +185°C, and its nominal resistance is 11.2KΩ at 25°C.

In order to use a PTC thermistor like the B59535T1120A262, it needs to be connected to a measuring circuit that will detect the change in resistance and convert it to a temperature reading. This is usually done with an instrument known as a bridge circuit, which uses four resistors connected in a “Wheatstone bridge” configuration. The thermistor is placed in the middle of the bridge circuit, and the output voltage is then used to measure the temperature. With the B59535T1120A262 specifically, the measurement device needs to have a minimum impedance of 10KΩ.

To conclude, PTC thermistors like the B59535T1120A262 are widely used in a variety of applications due to their accuracy and temperature range. They are typically used for temperature control and sensing in many industrial, automation, and process applications. Their working principle is based on changes in electrical resistance that are proportional to temperature difference. For this particular thermistor, the temperature range is between -55°C and +185°C and the nominal resistance is 11.2KΩ at 25°C. The measuring instrument should have a minimum impedance of 10KΩ in order to accurately detect the change in resistance.

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