NTCG164LH473JTDS

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NTCG164LH473JTDS is a standard negative temperature coefficient thermistor, commonly abbreviated as NTC Thermistor. NTC thermistors are used to detect temperature by sensing the variation of their resistance as temperature changes. They are small, lightweight, and have a wide operating temperature range. NTC positive temperature coefficient thermistors are also available but are less common and not as widely used.

Application

NTCG164LH473JTDS are commonly used in many different applications, including:

• Temperature monitoring - NTC thermistors are used in temperature control systems to measure the current temperature of an object or environment.
• Thermally sensitive switch - A thermistor-controlled switch can be used to detect changes in temperature and cut off or activate a device accordingly.
• Heat sensitive protective device - NTC thermistors are used in devices that sense and shut down when temperatures exceed an unsafe level.
• Data logging - Temperature data logs are accurately recorded with an NTC thermistor.

NTCG164LH473JTDS are capable of sensing wide temperature ranges with high accuracy. This makes them a great choice for many applications that require a precise measurement of temperature.

Working Principle

NTCG164LH473JTDS negative temperature coefficient thermistors work by measuring the resistance change of a semiconductor material. When heated, these materials decrease in electrical resistance. This resistance change is what allows NTC thermistors to detect temperature changes in a given medium.

Most NTC thermistors are composed of a metallic oxide semiconductor material. The resistance of a thermistor is affected by two factors: temperature and external resistance. As temperature increases, the resistance of a thermistor decreases, and as external resistance increases, the thermistors resistance increases accordingly.

NTC thermistors are used in temperature applications as a thermally sensitive switch or as a data logging device. They can be used to detect temperature changes and convert the changes into electrical signals. The signals are then used to calculate temperature changes, which can be used to monitor a given environment or control a device.

Advantages

NTCG164LH473JTDS thermistors offer a number of advantages compared to other temperature sensing technologies. These include:

• High accuracy - NTC thermistors can accurately measure temperature variations within a wide range of temperatures.
• Small size - When compared to other temperature sensing methods, NTC thermistors are small and compact.
• Low sensitivity to external factors - NTC thermistors are less sensitive to external factors, such as magnetic fields, than other methods.
• Cost-effective - NTC thermistors are cheaper than other temperature sensing methods. This makes them an attractive option for many applications.

NTCG164LH473JTDS thermistors are versatile, reliable, and cost-effective making them a popular choice for many temperature sensing applications.

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