PHS07-H2B5KE2806

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Position Sensors are an important part of any automation system, providing direct measurement of the position. They are used in a variety of industrial applications, from construction to manufacturing and consumer goods. The PHS07-H2B5KE2806 is a well-known position sensor that provides reliable accuracy and precision. Its usage and working principle are as follows:

Application Field

The PHS07-H2B5KE2806 is a highly accurate two-wire Hall Effect rotational angular position sensor designed to measure angles ranging from 0° to 360°. It is most often used in control systems for automation, robotics, overhead doors, machine controls, and many other industrial applications. Its small design and low power requirement make it suitable for a variety of projects. Additionally, it has a high resolution of 0.08° and a small hysteresis of ±2°, making it an excellent choice for accurate position measurements.

Working Principle

The PHS07-H2B5KE2806 uses the Hall effect principle to measure rotational angles. A small electric current passes through the center of the device, which is then exposed to a magnetic field. As the device rotates, the magnetic field changes, affecting the current and the voltage. This change in voltage can then be measured to accurately measure the angle as it rotates. The sensitivity of the magnetoresistive measurement is inversely proportional to the strength of the magnetic field, making the PHS07-H2B5KE2806 an ideal choice for applications where minimal changes in the magnetic field must be detected.

The PHS07-H2B5KE2806 is a highly accurate position sensor that is suitable for a wide variety of industrial applications. Its small size, low power requirement, and high resolution make it an excellent choice for accurate position measurements, while its Hall effect-based design provides reliable accuracy and precision. The PHS07-H2B5KE2806 is a perfect solution for applications where minimal changes in the magnetic field must be detected.

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