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We describe a multifunctional sample probe for transport measurements,equipped with a two-axis goniometer providing computer controlled 360${^\circ}$out of plane and manual 360${^\circ}$ in-plane rotation. The multifunctionalsample probe has been successfully implemented to a host dewar andelectromagnet system. The developed probe is capable of performing transportmeasurements and device characterizations with high flexibility of controllingmagnetic and electrical fields, angle, temperature and current/voltageparameters in a wide range. The design of the multifunctional sample probeallows easy connection of other external devices and easy installation intoother dewar and magnet systems. A software interface based on NI Labview visualprogramming language has been developed to control the system. The setup hasbeen tested in the hysteresis loop measurements of perpendicularly magnetizedCo/Pt/CoO ultra-thin films with anomalous Hall effect (AHE) method. We havealso performed temperature dependent exchange bias measurements of the samples.The developed probe revealed much better resolution in the case ofperpendicularly magnetized ultra-thin Co/Pt/CoO films compared to a standardvibrating sample magnetometry system.

Design of a multifunctional sample probe for transport measurements and technological device characterizations