59150-2-T-02-A

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

59150-2-T-02-A is a magnetic sensor designed to measure position, proximity, and speed of a process in a safe, non-contact and accurate manner. It is suitable for a variety of industrial applications such as monitoring movement, measuring distance, speed and velocity, as well as providing feedback and control in automation systems.

Application Field

The 59150-2-T-02-A magnetic sensor can be applied in a variety of industrial automation environments, including monitoring movement, measuring distance, speed and velocity and providing feedback and control. It can also be used in liquid level measurements, temperature measurements, or car engine control. Some applications are motor control, power conditioning, navigation, machinery control, quality control, strain measurements, and wireless communications. This sensor is also suitable for applications such as medical instruments, automotive safety, and automatic machinery.

Working Principle

The 59150-2-T-02-A sensor uses magnetics to detect position and motion in a non-contact and accurate manner. It operates by detecting feeble electromagnetic fields generated by a magnetic target or by a coil passing a current through a relatively permeable material. The sensor then produces voltage signals proportional to the magnetic field strength and direction. Depending on the type of sensor, the signal can be processed into an analog voltage, pulse train output, or digital output.

The two main types of magnetic sensors are Hall Effect (HE) sensors and anisotropic magneto-resistors (AMRs). Hall Effect sensors are the most common type of magnetic sensor. In a Hall Effect sensor, the measure of the magnetic flux is done by detecting changes in the Hall voltage as a function of the applied magnetic field. This type of sensor has a higher accuracy and is suitable for low-frequency applications. AMR sensors measure changes in the electrical resistance of a material as it is exposed to a varying magnetic field. Compared to Hall effect sensors, AMR sensors are more suitable for high frequencies applications.

In order to provide an extra sensitive response to a range of target sizes, the 59150-2-T-02-A utilizes a combination of both technologies. This sensor has an integrated calibrated Hall element and a low-noise dual anisotropic magneto resistor (AMR) readout circuit, which allows for rapid detection and response to changes in magnetic field. Furthermore, it has an integrated signal stabilizing circuit which makes it suitable for various industrial purposes.

Conclusion

The 59150-2-T-02-A position, proximity, and speed magnetic sensor provides accurate non-contact measurements of the motion of a process. It benefits from integrated components for an enhanced sensitivity of target sizes and integrated signal stabilizing circuitry for various industrial applications. This sensor is suitable for a wide range of uses, from motor control and power conditioning to quality control and auto machinery.

The specific data is subject to PDF, and the above content is for reference