RE46C143SW16F

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RE46C143SW16F is a low-power, low-voltage interface sensor and detector. It is ideal for use in extended temperature range applications such as industrial, medical, automotive and surveillance applications. It has a wide range of operational characteristics and can provide high accuracy performance at both low and high temperatures. It is ideal for applications such as temperature sensing, current detection, pressure sensing, proximity sensing, angular sensing and many other custom solutions.

Applications

The RE46C143SW16F is suitable for a wide range of applications due to the flexible sensing range and wide operating temperature range. It can be used for temperature sensing in process control, safety, medical and industrial applications. It can also be used to detect current, pressure, humidity and proximity in industrial processes and machinery. In addition, it is suitable for use in automotive and surveillance applications, where small and lightweight sensors are required that can provide reliable and accurate readings.

Working Principle

The RE46C143SW16F operates on a hot-wire principle which involves passing a current through a heated element. At a specific temperature, the resistance of the element increases, and this difference in resistance transmits an electrical signal or pulse to the device. This pulse is then amplified, processed and transformed into a usable output signal. In this way, the device is able to detect changes in temperature with high accuracy.

The device also utilizes a high-frequency modulation technique to ensure accurate measurements over a wide temperature range. When the device is in operation, it rapidly cycles between a range of dedicated operating temperatures, allowing it to accurately measure temperature changes. The range of temperatures is determined by the parameters of the application, such as temperature range, sampling rate and accuracy.

Conclusion

The RE46C143SW16F is a low-power, low-voltage interface sensor and detector suitable for extended temperature range applications such as industrial, medical, automotive and surveillance applications. It utilizes a hot-wire principle and high-frequency modulation technique to ensure accurate temperature readings within a wide temperature range. The device is highly accurate and reliable, making it suitable for a wide range of temperature and current detection applications.

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