PTFT0805L2200JW

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Temperature Sensors - PTC Thermistors are a class of temperature sensors with an adjustable sensitivity and a wide range of applications. The PTFT0805L2200JW is an ideal device for this range of applications.

PTC Thermistors have a thermally sensitive element that has a positive temperature coefficient of resistance. As the temperature increases so too does the resistance of the element. This increase in resistance can be monitored to detect changes in temperature. With the PTFT0805L2200JW this increase in resistance will happen between -40°C and +150°C giving it use in many industries.

The PTFT0805L2200JW can be used in various industries and applications, ranging from in-home temperature control devices to industrial-grade probes. The device is a low-cost thermistor which offers superior accuracy to the traditional thermistor. It can detect small changes in temperature while still maintaining a high degree of reliability.

The PTFT0805L2200JW is designed for use in a wide variety of applications, including HVAC and automotive, as well as in consumer electronics and telecommunications applications. The device can be used to detect over-temperature conditions, control fan speed, and adjust display brightness in response to temperature changes among other applications.

The working principle of the PTFT0805L2200JW is based on the resistance-temperature behavior that occurs in all thermistors. With a PTC thermistor, as the temperature rises, the resistance of the element also increases. This increase in resistance can be monitored and used to detect changes in temperature. The device is calibrated to accurately detect small changes in temperature.

In conclusion, the PTFT0805L2200JW is an ideal temperature sensor for various HVAC, automotive, consumer electronics, and telecommunications applications. The device is low-cost and offers superior accuracy to traditional thermistors while still being able to detect small changes in temperature. Its working principle is based on the resistance-temperature relationship of all thermistors which can be monitored to detect changes in temperature.

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