Design and implementation of a versatile magnetic field mapper for 3D volumes.

ABSTRACT: Magnetic field mapping is an essential step in research, manufacturing, and maintenance. It helps one find out what's under the surface of any object and identify areas of high-flux density. Our magnetic field mapper is easy-to-use and has a user-friendly interface. It comprises a triple axis Hall effect-based magnetometer, meaning that it can measure the strength of magnetic fields in 3D. It is made up of three Hall sensors which are mounted on a triple-slot sensor probe which in turn is attached to translation stages allowing motion in three dimensions. The translation in X and Y motion (independent) is from -50 to +50  mm while in Z is from -150 to +150  mm with a nominal resolution of 0.1  mm. The height of the magnetometer is 1000 mm and it's originally designed for mapping the magnet

SUBMITTER: Nasir M 

PROVIDER: S-EPMC9471446 | biostudies-literature | 2022 Oct

REPOSITORIES: biostudies-literature