TBPS1R154J475H5Q

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Introduction

The TBPS1R154J475H5Q is a temperature sensing device that belongs to the family of NTC thermistors. This thermistor is used in various temperature sensing applications and is known for its accuracy and consistency. It is mainly used in electronics to measure and maintain temperature in a controlled environment. This device is typically used in automotive, HVAC, industrial, and consumer electronic applications.

Working Principle

The NTC thermistor (Negative Temperature Coefficient) consists of a thick-film resistive element formed around a ceramic core. This element can detect and measure temperature changes in its surrounding environment. The TBPS1R154J475H5Q quickly and accurately measures the temperature by changing its resistance value when the temperature around it changes. Its basic working principle is based on the Curie principle, and the resistance of this device decreases when the temperature increases. An increase in resistance value implies that the temperature is decreasing.

Features

The TBPS1R154J475H5Q has a number of features, such as a wide temperature range (–40°C to 155°C). Its accuracy range is also quite large, ±3°C within 10°C to 120°C, reducing to ±5°C outside the range. It has great thermal shock and vibration resistance, and is UL accredited. Its linear characteristic is between 6mV/°C to 10mV/°C, with an absolute temperature coefficient of resistance from –3.4 × 10K/W^2 to –3.6 × 10K/W^2.

Application Fields

The TBPS1R154J475H5Q is used in a variety of applications, such as in HVAC equipment, environmental and medical devices, automotive cooling systems, consumer electronic devices, etc. Other applications include climate control systems, automotive engine management, etc. It is often used in combination with other sensors for better accuracy and reliability.

Conclusion

The TBPS1R154J475H5Q is a type of NTC thermistor, which is used in a variety of temperature sensing applications. It is known for its accuracy and consistency, and it quickly responds to temperature changes. It has many features such as a wide temperature range, good accuracy and linear characteristics, vibration resistance, and good thermal shock resistance. It is used in a variety of applications, such as automotive, HVAC, industrial and consumer electronic applications.

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