AR1820HSSC00SHQAH-GEVB

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Part Status:	Active
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Supplied Contents:	Board(s)

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Introduction to the AR1820HSSC00SHQAH-GEVB

The AR1820HSSC00SHQAH-GEVB is an evaluation board designed for the study of sensors, particularly for Hall-Effect sensing technology. The board is based on the Allegro Microsystems Aostroid Hall-Effect Sensor Array (AR1820) which is a family of sensors made for precisely measuring magnetic fields. It is designed to provide a solution for accurately monitoring the angle, area, and linear speed of a motor or an object in motion.

Design of the AR1820HSSC00SHQAH-GEVB

The evaluation board is composed of an array of 180+ sensor elements, each with a Hall-Effect element embedded within a small Alnico-Coated housing. This arrangement enables the board to accurately sense a range of magnetic fields. The AR1820HSSC00SHQAH-GEVB also includes an array of channels with corresponding trip points which allow it to detect changing magnetic fields as the object in motion changes its speed or position.

Application Field

The AR1820HSSC00SHQAH-GEVB is primarily used for the study and development of sensors. It is an ideal tool for studying the technology of Hall-Effect sensing, in particular, as it allows users to accurately monitor the angle, area, and speed of an object in motion. This evaluation board is a great tool for engineers and researchers looking to develop or improve control systems, as it provides an easy to use platform to accurately measure magnetic fields and monitor the movement of objects.

Working Principle

The AR1820HSSC00SHQAH-GEVB evaluation board is based on the principle of hall-effect sensing. In this technology, a current is passed through an array of sensors which each have a Hall-Effect element embedded within it. As this current passes through, the Hall-Effect element responds to external magnetic fields, allowing it to accurately sense the angle of the magnetic field and thus measure the speed and position of the object in motion.The board also has an array of channels with corresponding trip points. These trip points can be adjusted to increase the accuracy of the measurements, as it is possible to detect different strengths and directions of the changing magnetic field as the object in motion changes its speed and position.

Conclusion

The AR1820HSSC00SHQAH-GEVB is a powerful tool for studying sensors, particularly for Hall-Effect sensing. It is an ideal tool for engineers and researchers looking to develop control systems as it provides an easy to use platform to accurately measure magnetic fields and monitor the movement of objects. The array of channels with corresponding trip points on the board also increases its accuracy and flexibility in detecting changing magnetic fields.

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