NTHS1206N01N3302JR

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Temperature Sensors - NTC thermistors measure temperature using negative temperature coefficients (NTC). The NTHS1206N01N3302JR is a particularly temperature sensitive NTC model capable of measuring temperature over a wide range and with higher accuracy.

The most prominent feature of NTC thermistors is their negative temperature coefficient. This means that an increase in temperature will cause a decrease in the resistance of the thermistor, and the relationship between resistance and temperature is an exponential one.

The NTHS1206N01N3302JR is the perfect choice for applications which require accurate readings over a wide temperature range. This thermistor can operate accurately and in stability while measuring temperature from -55°C (-67°F) to +125°C (+257°F). Thanks to its fast-response NTC chips it can detect temperature changes up to 0.01°C (0.018°F). The NTHS1206N01N3302JR is also quite versatile in its installation, compatible with a variety of environmental components or components with a variety of thermal characteristics.

The NTHS1206N01N3302JR thermistor is based on Ohmic Voltage (or Resistance) Change Technology, meaning it operates by changing its performance as a result of a change in temperature. This is unlike other thermistors, such as thermocouples or RTDs, which measure the thermal energy passing through them. This makes NTC thermistors extremely accurate and reliable.

The working principle of the NTHS1206N01N3302JR is quite simple. The thermistor is composed of a small ceramic bead with an NTC material, such as semiconducting metal oxide, embedded in it. When a current is applied to the thermistor, it produces a voltage drop across its two terminals which is linearly related to the temperature. This voltage drop is then used to accurately calculate the temperature.

The NTHS1206N01N3302JR, due to its unparalleled accuracy, excellent temperature range and fast response, is the perfect choice for a variety of applications. It is highly suitable for medical equipment, digital appliances, automotive engines, environmental monitoring systems, environmental control systems, home appliances, and computer systems.

In conclusion, the NTHS1206N01N3302JR is an accurate and reliable NTC thermistor capable of accurately measuring temperatures ranging from -55°C to +125°C. Its Ohmic Voltage (or Resistance) Change Technology has made it an indispensible choice in temperature sensing applications where accuracy is key. The NTHS1206N01N3302JR is highly suitable for a variety of environments, including those with a wide range of thermal characteristics.

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