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Conversions between spin and charge currents are core technologies in recentspintronics. In this article, we provide methods for estimating inverse spinHall effects (ISHEs) induced by using microwave-driven spin pumping (SP) as aspin-current generator. ISHE and SP induce an electromotive force at theferromagnetic or spin-wave resonance, which offers a valuable electric way tostudy spin physics in materials. At the resonance, a microwave for exciting themagnetization dynamics induces an additional electromotive force via rf-currentrectification and thermoelectric effects. We discuss methods to separate thesignals generated from such extrinsic microwave effects by controlling samplestructures and configurations. These methods are helpful in performing accuratemeasurements on ISHE induced by SP, enabling quantitative studies on theconversion between spin and charge currents on various kinds of materials.

Measurement of spin pumping voltage separated from extrinsic microwave effects