194-104QBW-A05

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NTC thermistors are temperature sensors commonly used in various applications due to their excellent temperature-sensing performance. The 194-104QBW-A05 is a special type of NTC thermistors with a wide range of application fields and working principle.

Application fields

The 194-104QBW-A05 NTC thermistor applies to both indoor and outdoor temperature sensing applications. Its main application fields are in air conditioning systems, home appliances, automobile air conditioning and engine control systems, intelligent emergency systems, HVAC equipments, refrigerators and freezers, automatic dispensers, and medical equipments. It can also be used for other temperature control applications such as air quality monitoring, temperature detection and display.

Working principle

The 194-104QBW-A05 NTC thermistor uses the basic NTC thermistor working principle, which is based on the fact that the resistance value of a NTC thermistor decreases sharply when its temperature rises. Its temperature sensing property is its main performance feature, which can be used for temperature measurement and control. The working principle of the 194-104QBW-A05 NTC thermistor can be demonstrated through the following steps: first, the temperature change of the medium will cause the resistance value of the thermistor to change accordingly; second, the change of the thermistor resistance value will be outputted and sampled by the detection circuit; third, the detection circuit collects samples from the NTC thermistor, and then processes the data to display the temperature information on the instrument.

Conclusion

The 194-104QBW-A05 NTC thermistor is a versatile temperature sensor with a wide array of applications and a sound working principle. Its temperature-sensing performance, its small size, and its low power consumption make it a popular choice for industrial, commercial, and residential temperature control and sensing applications. Using this temperature sensor will enable efficient and accurate temperature sensing to be achieved in a variety of applications.

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