PANR 103395-198

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NTC thermistors are a type of temperature sensor, and P/N 103395-198 is one such thermistor. NTC thermistors generally use the principle of negative temperature coefficient, which means that the resistance of the thermistor changes with temperature. As the temperature increases, the resistance decreases, and the resistance increases as the temperature decreases. This relationship is linear and referred to as beta (β).

The P/N 103395-198 thermistor is a special type of thermistor, designed to operate accurately in extreme temperatures. It is made from a composite of two materials, one of which is a ceramic material, and the other is a conductive material. The combination of these two materials allows for an extremely wide range of operating temperatures, from -20°C to +90°C (or -4°F to +194°F).

The P/N 103395-198 thermistor is designed for use in precision temperature sensing applications. It has a very low self-heating, meaning that it is very accurate in its measurements. This thermistor is typically used for high-accuracy applications such as medical or industrial equipment, where a steady temperature is critical. It can also be used in applications where the temperature needs to be monitored, such as in food processing or refrigeration systems. The P/N 103395-198 can also be used in other types of temperature applications where a wide range of temperatures are needed to be monitored.

The P/N 103395-198 thermistor is sensitive to both temperature and pressure. It is designed to be used in both closed and open loop systems, such as in an air conditioning system. Its sensitivity to pressure allows it to accurately measure pressure fluctuations in the system, thereby providing more accurate readings of temperature and other parameters. The thermistor is also designed to be robust and reliable, even in extreme temperature ranges.

Using the P/N 103395-198 thermistor is simple. It can be easily connected to various devices, such as thermocouples, for signal capture and output. It is also compatible with a range of communication interfaces, including SPI, I2C, and RS485, which makes it easy to integrate into existing systems. The thermistor can be powered either with a 5V DC power supply or with a higher input voltage, such as a 12V DC power supply.

The P/N 103395-198 thermistor is an excellent choice for temperature sensing in extreme temperatures. It is reliable and accurate, and its wide range of operating temperatures makes it ideal for applications where a wide range of temperatures needs to be monitored. Its simplicity and compatibility also make it a great choice for many different types of temperature sensing systems, including closed loop and open loop systems.

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