NTHS1206N01N4702JR

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NTC thermistors are temperature sensors that are widely used in a variety of applications. The NTHS1206N01N4702JR model is a negative temperature coefficient (NTC) thermistor, meaning that it exhibits a decrease of resistance with increasing temperature. This particular model has a resistance of 470 ohms at 25 degrees Celsius. NTC thermistors are also known as PTC (positive temperature coefficient), RTD (resistance temperature detector) or thermocouple sensors.

In basic terms, NTC thermistors are formed by mixtures of metal oxides pressed into bead shape and then encased in an epoxy cover. These bead-shaped thermistors are usually used as a temperature sensor and are very efficient at detecting changes in temperature. When the temperature is increased, the resistance decreases as electrons move faster and more easily through the thermistor body. Conversely, when the temperature is decreased, the resistance increases as electrons move more slowly.

NTHS1206N01N4702JR thermistors are commonly used in various temperature-sensing applications. For instance, they are often used as conventional temperature sensors for basic on/off control devices like light dimmers, air conditioners, thermostats, and other electrical and electronic components. The thermistor also has the advantage of providing a broad range of temperature detection where a single fixed resistor cannot provide the same range. NTHS1206N01N4702JR thermistors are also used in medical equipment, aerospace applications, automotive temperature gauges, liquid level sensors, liquid temperature sensors, and thermostats.

NTHS1206N01N4702JR thermistors are also used in a variety of more advanced applications such as solid state crash sensors in automobiles, non-contact temperature scanning systems such as infrared thermometers, electronic thermostats in refrigerators and heating systems, flow and pressure sensors, thermoelectric generators, and to detect changes in moisture content. NTHS1206N01N4702JR thermistors are also used in flow meters to measure temperature in gas or liquid fluid systems.

Since thermistors can operate in both point-and-shoot and self-powered scenarios, high-accuracy temperature measurement, control, and logging is possible. They can be used to measure temperature in environments containing oils, solvents, dust, and other harsh chemicals. NTHS1206N01N4702JR thermistors are also suitable for measuring temperature ranges from -55°C to +175°C, making them a great choice for a variety of environments.

In conclusion, NTHS1206N01N4702JR thermistors are versatile temperature sensors that are suitable for a wide range of applications. They are able to detect temperature changes over a broad range, offer a high degree of accuracy, and can operate in a range of environments. These features make them an ideal choice for many different temperature measurement and control applications.

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