PHS07-H3B10KE2806

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Position sensors are types of transducers which actively measure and identify a target object’s position or motion. They come in various types such as linear position, angle, level, and motion sensors. In this article, we will discuss the application field and working principle of the PHS07-H3B10KE2806 linear position sensor.

The PHS07-H3B10KE2806 is a linear position sensor that measures the distance between two points. It can be used for various applications such as measuring the displacement of a movable body, monitoring the opening or closing of a door or window, or measuring fluid levels. It is easy to install, highly reliable, and has a wide temperature range.

The PHS07-H3B10KE2806 is a non-contact, absolute, linear positioning system. It uses magnetic fields for position measurement instead of potentiometers or mechanical stops. This makes it more accurate, reliable, and less prone to wear and tear. It is composed of two parts, a magnet and a detector. The magnet consists of Reed Switches and/or Hall Effect Devices embedded in a cylindrical housing. The detector consists of Hall Effect Sensors, an Integrated Circuit (IC), and a supporting PCB assembly.

The working principle of the PHS07-H3B10KE2806 is based on the interaction between two magnets and is fairly simple to understand. When a magnet is moved near the detector, the position is detected using the Hall Effect sensors (such as Hall Effect Elements, or HEEs). The output voltage is determined by the strength and direction of the magnetic field. A signal is then sent to the IC, which interprets the data, and sends it to the supporting PCB assembly. The PCB assembly, in turn, sends the data to the processor, which can then be interpreted to determine the position.

In summary, the PHS07-H3B10KE2806 is a linear position sensor that is widely used in various applications such as measuring displacement, monitoring door openings, and measuring fluid levels. It is a non-contact, absolute, linear positioning system that uses magnetic fields for position measurement. Its working principle is based on the interaction between two magnets. It consists of two parts—a magnet and a detector—and the output is determined by the strength and direction of the magnetic field.

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