YQR100R060

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Temperature Sensors - PTC Thermistors

PTC Thermistors are one of the most popular types of temperature sensors, and the YQR100R060 is one of the most popular PTC Thermistors used today. It is a negative temperature coefficient (NTC) thermistor that changes resistance with changes in temperature. This is in contrast to positive temperature coefficient (PTC) thermistors, which have the opposite response and are usually used in integrated circuits as protective devices. NTC thermistors are typically used in temperature sensing applications and the YQR100R060 is popular for many reasons, including its low cost, its small size, and its wide operational temperature range.

Applications Field

The YQR100R060 is mainly used in temperature sensing applications, both in consumer and industrial applications. It is commonly used in HVAC systems to measure temperatures and ensure the system is running correctly and efficiently. It has also been used in medical monitoring devices and as a temperature sensing element for appliances such as coffee makers, kettles, toasters, and ovens. As it is a device capable of operating in high temperatures, it can also be used in automotive temperature sensing.

Working Principle

As mentioned earlier, the YQR100R060 is an NTC thermistor, which means that its resistance decreases as the temperature increases. This is due to the electrical properties of the material the thermistor is made from, which is usually a mixture of metal oxides formed into a ceramic material. The resistance of the YQR100R060 decreases linearly with a 10mV/K temperature coefficient of resistance (TCR). This linear relationship means that the resistance can be accurately measured and used to calculate the temperature of whatever it is sensing.

Conclusion

The YQR100R060 is a popular NTC thermistor that is used in many temperature sensing applications due to its small size, low cost, and wide temperature range. It is typically made from a ceramic material with metal oxides as its base material, and its resistance decreases linearly as the temperature increases. This characteristic makes it useful for accurately measuring temperature in many different areas, ranging from consumer to automobile applications.

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