Static metrological characterization of a ferrimagnetic resonance transducer for real-time magnetic field markers in particle accelerators

The metrological characterization in a static magnetic field of a transducer based on ferrimagnetic resonance for realtime markers in particle accelerators is reported. The transducer is designed to measure the magnetic field with a precision of 10 μT. A case study on the new real-time field monitoring system for the CERN accelerators highlighting the performance of the new ferrimagnetic transducer is described. Preliminary experimental results of the characterization for static fields are discussed.