NTHS1206N01N6802JU

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NTHS1206N01N6802JU temperature sensors are NTC thermistors that are ideal for temperature sensing and control applications where size is a concern. NTC thermistors are resistors that change their resistance depending upon the temperature. These thermistors are made of a metal oxide ceramic semiconductor material, and provide a linear temperature response over a wide temperature range. The NTC thermistor is smaller and lighter than traditional resistive temperature detectors (RTDs) and thermocouples, making it a good choice for applications where space is at a premium.

When used in temperature sensing applications, NTC thermistors produce a voltage that is proportional to temperature. This allows accurate temperature measurements to be taken quickly and reliably. The NTHS1206N01N6802JU has a temperature range of -40°C to +85°C, and can be used in most applications requiring accurate temperature control.

NTC thermistors have many applications such as automotive, HVAC, industrial, medical, and consumer markets. They can be used to monitor temperatures in a wide range of electronic devices, including automotive dashboard displays, laser printers, medical equipment, and consumer appliances. The NTHS1206N01N6802JU is suitable for use in refrigerators and air conditioners, thermostats, engine and electronic cooling systems, and automotive thermostats. This thermistor provides a consistent level of temperature control, reliability, and accuracy.

The NTHS1206N01N6802JU has a temperature coefficient of -1.76 mV/K, which means that it changes its resistance value with temperature changes at a rate of -1.76 mV/K. This means that the resistance of the thermistor changes with temperature changes in a linear fashion. This allows the user to accurately measure temperatures over a wide range.

The NTHS1206N01N6802JU also provides a self-heating feature that helps to improve accuracy. This feature helps to reduce the effects of self-heating on the thermistor, which can cause inaccuracies in temperature readings if the thermistor is exposed to a significant amount of local heat.

Finally, the NTHS1206N01N6802JU has excellent long-term stability, so it can be used in applications where accuracy is critical over long periods of time. It also has a wide temperature range and fast response time, allowing for accurate temperature measurement and control in a variety of applications.

In summary, the NTHS1206N01N6802JU is a NTC thermistor that is ideal for temperature sensing and control applications where size is a concern. It has a temperature coefficient of -1.76 mV/K, a wide temperature range of -40°C to +85°C, and an excellent self-heating feature. The thermistor is accurate, reliable, and has excellent long-term stability, making it a useful tool in a variety of applications.

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