Linear, Compass (ICs)

The products belonging to this category are specifically engineered to measure the intensity or strength of a magnetic field as a variable parameter, distinguishing them from other similar products that merely detect the presence of a magnetic field above a certain threshold. One prevalent application of these products involves the measurement of the Earth's magnetic field for directional purposes, similar to traditional compasses. Some devices within this category are designed to provide direct readings in terms of physical orientation relative to a magnetic field. These magnetic field measurement devices offer a range of functionalities and features to accurately quantify the intensity of magnetic fields. They utilize specialized sensors and technologies to capture and interpret the magnetic field strength. By employing precise measurement techniques, these devices enable users to obtain quantitative information about the magnetic field they are exposed to. One common application of these devices is in navigation and direction finding. By measuring the Earth's magnetic field, they assist in determining the direction and orientation of an object or person relative to the Earth's magnetic poles. This can be particularly useful in outdoor exploration, mapping, and other activities where accurate direction tracking is essential. Furthermore, certain devices within this product family are designed to provide direct physical orientation readings with respect to a magnetic field. These devices typically incorporate additional features such as calibrated scales or indicators that allow users to interpret their orientation in terms of the magnetic field they are measuring. This eliminates the need for complex calculations or conversions, providing a straightforward and intuitive reading. Overall, these magnetic field measurement devices cater to a wide range of applications, including navigation, surveying, orientation sensing, and scientific research. Their ability to precisely measure the intensity of magnetic fields empowers users to gather valuable data and make informed decisions based on magnetic field characteristics.