MZ2Q-TFSPSKQD

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Position sensors are essential components used for measuring displacement, angular position and linear speed. And MZ2Q-TFSPSKQD is a high-efficiency position sensor with attractive features. This article describes its application field, working principle and features.

Application Field

The main application field is to measure linear speed or displacement. It could be used in a wide range of applications, including industrial controls, electric vehicles, automobile electronic systems, navigation equipment, mobile communication equipment, and medical treatments. This position sensor could provide precise, accurate, and safe measurements for various locations or physical structures.

Working Principle

MZ2Q-TFSPSKQD is designed with Hall effect technology, which is based on the Hall voltage generated by high speed magnetic field. When an external magnetic field passes across the sensor, it generates a measurable voltage, which is then converted into a digital signal. This digital signal is sent to the calculator, which could calculate the moving position of the magnet. Thus, the position could be accurately determined.

Features

MZ2Q-TFSPSKQD has three major features: temperature stability, immunity to crosstalk and high linearity. It offers a temperature range between -40°C and +125°C. This stability allows the sensor to be reliably used in high temperature environments. Its anti-crosstalk feature prevents false signals from affecting the measurement. Furthermore, the high linearity of the position sensor (typically 0.01%) ensures accurate measurements over the full range of measurements.

In conclusion, MZ2Q-TFSPSKQD is an ideal position sensor to measure linear speed or displacement. It is characterized by temperature stability, immunity to crosstalk and high linearity, which makes it suitable for a wide range of applications.

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