Abstract

Magnetic position and orientation detection systems are used in various industrial applications. The large production quantities and high safety standards that such systems must often fulfill requires a stable magnetic field signal. In order to evaluate sensors and such reference signals, we introduce a custom made high precision test equipment for magnetic linear position and orientation detection, which can be used to analyze a permanent magnet's magnetic field behavior and a sensor's response to its excitation. A case study shows differences between datasheet values and actual component values for a commercial permanent magnet. The features and validation of the test equipment as well as measurement samples are presented and discussed.

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