NTCASRFE3C90406

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NTCASRFE3C90406 is a type of negative temperature coefficient thermistor (NTC Thermistor). A NTC Thermistor is a type of temperature sensor that exhibits a decrease in its resistance with increasing temperature; as the temperature increases, the resistance decreases. It is also known as a negative temperature coefficient (NTC) resistor.

The NTCASRFE3C90406 comprises a ceramic base with an embedded platinum wires. The ceramic housing acts as a dielectric, or insulation, preventing energy loss to the surrounding air. The platinum wires provide the NTCASRFE3C90406 with a low resistance at any temperature.

This thermistor has a wide range of applications in electronic equipment design and its working principle is simple. Its operating temperature range is from -40°C to +150°C, and its resistance changes depending on the temperature. At ambient temperature, the resistance of the NTCASRFE3C90406 is around 47.520K. When the temperature rises, the resistance of the thermistor decreases, and when the temperature drops, its resistance increases.

NTCASRFE3C90406 can be used for temperature measuring, control and compensation, over-temperature protection, and other applications. It can be used to sense temperature changes in cooling systems and ambient air, for example when used in conjunction with a temperature switch. It can also be used in electrical devices that require temperature compensation, such as DC-DC converters, and over-temperature protection devices.

In temperature measuring applications, the NTCASRFE3C90406 thermistor is used in conjunction with a circuit that translates the resistance change into a temperature reading. This can be done using a voltage divider circuit or a Wheatstone bridge.

In temperature control applications, the thermistor is used in conjunction with a circuit or system controller that can adjust the output of the device in order to maintain a set temperature. The resistance of the thermistor is used as the feedback signal that informs the controller of any change in temperature and it then makes the necessary adjustments to the device output.

In temperature compensation applications, the thermistor is used to adjust the output of a circuit in order to maintain a stable voltage or current output. This is done by monitoring the changing resistance of the thermistor and making the necessary adjustments to the circuit output. For over-temperature protection, the thermistor is used in conjunction with a circuit that can detect when the temperature has exceeded the desired range and shut off the equipment to prevent damage.

The NTCASRFE3C90406 is a versatile thermistor that is suitable for a number of temperature-related applications. It is easy to use and can provide reliable and accurate temperature readings. Its low cost and wide operating temperature range make it an attractive option for many designers.

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