Although used in a wide variety of different products, thermistor applications are relatively standard. Common applications include:
Because of the different way engineers use thermistors, we frequently hear the same questions repeatedly. Below, we want to address the three most common questions we hear.
Although they are used differently, their sole purpose is to deal with heat based on resistance. They are one of the most preferred temperature sensing devices on the market.
The mechanical separation between the resistor and lead causes open-circuit conditions. The problem can result from improper handling, as well as damage that is incurred by excessive heat. Another cause of failure is the age of the thermistor. After extended use, the thermistor may not display the correct values. You can overcome this by replacing the old thermistor.
Unfortunately, the devices do not possess this. Thermistors are designed to show the resistance value based on temperature, and so the fluctuation in resistance directly affects temperature.
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