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Qualité Instrument de mesure de boucle d'hystérésis MOKE usine

Instrument de mesure de boucle d'hystérésis MOKE

Miniature Hysteresis Loop Measurement Instrument Product Introduction The MINIMOKE miniature MOKE magnetic measurement instrument uses the magneto-optical Kerr effect to measure hysteresis loops, offering advantages such as speed, precision, non-contact, and non-destructive (no additional sample processing required). It provides information on coercive force, saturation magnetic field, and remanence of magnetic materials. Lightweight, compact, easy to operate, and fast

Instrument de mesure de boucle d'hystérésis MOKE

Qualité Instrument de boucle d'hystérésis au niveau de la tranche, système de mesure de tranche non destructif usine

Instrument de boucle d'hystérésis au niveau de la tranche, système de mesure de tranche non destructif

Wafer-Level Hysteresis Loop Measurement Instrument Product Introduction Using polar/longitudinal magneto-optical Kerr effects (MOKE), this instrument rapidly and globally detects the magnetism of wafer films. Non-contact measurement avoids wafer damage and is suitable for post-patterning sample testing in spin chip production. It provides a vertical magnetic field of up to 2.5 T and an in-plane magnetic field of up to 1.4 T, with strong magnetic fields inducing free and

Instrument de boucle d'hystérésis au niveau de la tranche, système de mesure de tranche non destructif

Qualité Système d'imagerie laser à champ magnétique élevé usine

Système d'imagerie laser à champ magnétique élevé

Cryogenic High-Magnetic-Field Laser Kerr Microimaging System Product Introduction Developed for the weak magnetism, small size, non-conductive nature, low coercive field, and low Curie temperature of two-dimensional ferromagnetic materials, this powerful characterization system features high magnetic detectionprecision, high-precision, micro-region spot measurement and positioning strong magnetic fields and wide temperature variation, meeting most of the magnetic characteriza

Système d'imagerie laser à champ magnétique élevé

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