HAL523 SF-K

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The HAL523 SF-K magnetic sensor line is a specialized series of electronic components designed to measure and record changes in the magnetic field. Developed by the Japanese company Sumitomo Precision Products, it is designed to work in a wide variety of applications such as magnetic navigation, monitoring the strength and direction of magnetic fields, and measuring the distance between magnetically charged objects. These components are suitable for use in robotics, drones, and other related industries.

The HAL523 SF-K magnetic sensor line is made up of three models: HAL521 SF-K, HAL522 SF-K, and HAL523 SF-K. The HAL521 SF-K is designed to measure linear magnetic fields, while the HAL522 SF-K and HAL523 SF-K measure changes in the direction of the magnetic field. All three models are capable of detecting magnetic fields in the range of 0.06 – 0.3 mT.

The HAL523 SF-K is the most advanced model of this series and has a wide range of features and applications. It features two output channels and is capable of scanning up to 45°, depending on the chosen configuration. This allows the sensor to measure and record even small changes in the magnetic field. The sensor is also equipped with a built-in compass which enables it to accurately determine the direction of the magnetic field.

The HAL523 SF-K is a versatile magnetic sensor which can be used in a wide range of applications. It can be used to measure the direction and strength of the magnetic field in a variety of locations, including metal structures, electrical circuits, and even radio frequencies. It is also suitable for tracking objects over long distances and for detecting the presence of magnetic fields in hazardous places.

The working principle of the HAL523 SF-K is quite simple. It operates by measuring the difference in the magnetic fields between a reference point (the built-in compass) and the sensor. When the sensor is placed in a magnetic field, the magnetic flux output of the sensor will differ from the value of the reference point. The difference in the magnetic flux will then be used to calculate the orientation and direction of the magnetic field.

The HAL523 SF-K is a powerful and reliable magnetic sensor which is perfect for a variety of applications. Its ability to accurately measure and record the strength and direction of the magnetic field makes it a perfect tool for navigation, measuring distances between magnetically charged objects, and much more. This can be combined with other sensors to create a highly efficient and accurate navigation system. It can also be used for hazardous environment applications such as detecting and tracking objects in hostile and hazardous places.

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