59040-3-S-02-E

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Magnetic sensors are electronic devices used to measure the presence, absence and location of magnetised objects. The 59040-3-S-02-E Magnetic Sensor, more commonly known as a Hall-Effect sensor, is a particular type of magnetic sensor used to measure and detect the presence of an external magnetic field. This article will discuss the application field and working principle of the 59040-3-S-02-E magnetic sensor.

Application Field of 59040-3-S-02-E Magnetic Sensor

The 59040-3-S-02-E Magnetic Sensor has multiple applications across industries. It is most commonly used in automotive and industrial applications due to its ability to accurately measure the presence, absence and location of magnetised objects. The 59040-3-S-02-E can be used in rotational speed measurement, as its high-precision sensing responds quickly when a magnetised object passes within its sensing distance. It can also be used in proximity sensing applications, as it can be programmed to detect a specific magnetic field and generate a signal output. Other applications include power supplies, cameras, robotic arm control, and image sensors.

Working Principle of 59040-3-S-02-E Magnetic Sensor

The 59040-3-S-02-E Magnetic Sensor is based on the Hall Effect principle, which states that when a magnetic field is applied perpendicular to the current direction of a conductive material, a voltage difference is generated across the material. This voltage difference is referred to as the Hall Voltage. In the 59040-3-S-02-E magnetic sensor, a thin film of gallium arsenide is used as the conductive material, and a permanent magnet is used to generate the magnetic field. The sensor is fitted with an integrated circuit that amplifies the Hall voltage, producing a signal output.

The 59040-3-S-02-E magnetic sensor is designed to detect the presence of a magnetised object. When a magnetised object passes within the sensing distance of the sensor, the strength of the magnetic field is registered and a signal is sent to the integrated circuit. The integrated circuit then amplifies the voltage output and generates a signal which can be used in various applications.

Conclusion

The 59040-3-S-02-E Magnetic Sensor has a wide range of applications across industries due to its precision in measuring the presence, absence and location of magnetised objects. The sensor works based on the Hall Effect principle, where a thin film of gallium arsenide is used as the conductive material and a permanent magnet is used to generate the magnetic field. When a magnetised object passes within the sensor\'s sensing distance, the integrated circuit amplifies the Hall voltage and produces a signal output.

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