Transport Measurements Magneto-Optical Adapter
A specialized system for magnetotransport measurements in magneto-optical devices, dedicated to research teams working on advanced functional materials. The Spin ÎĽPS-3 enables comprehensive characterization of charge transport in a magnetic field, offering high sensitivity and a wide range of configurable measurement parameters. The kit includes all necessary hardware components and intuitive software for data collection and analysis. Installation and commissioning are supported by Microspin Technologies experts, with ongoing technical support and system updates. This solution allows flexible adaptation to specific research needs while ensuring high-quality and reliable measurements.
Key Features & Benefits:
- Correlated Measurements: Enables direct correlation of magneto-optical data (e.g., hysteresis loops, domain imaging) with transport data (e.g., magnetoresistance, Hall effect).
- Versatile Compatibility: Designed to interface with standard optical microscopes and MOKE setups. Custom designs available for specific equipment.
- Integrated Electrical Contacts: Provides reliable, low-noise electrical connections to the sample (e.g., wire bonding pads, spring-loaded probes) for various transport measurement configurations.
- Non-Magnetic Construction: Built from non-magnetic materials to avoid interference with sensitive magnetic measurements.
- Compact Design: Minimizes footprint and ensures easy integration into existing experimental setups.
- Sample Compatibility: Suitable for a wide range of samples, including thin films, patterned devices, and 2D materials.
Applications:
- Studying switching mechanisms in magnetic memory elements.
- Investigating domain wall motion and its correlation with transport phenomena.
- Characterizing spin-orbit torque devices by correlating MOKE imaging with Hall voltage measurements.
- Probing novel magnetoelectric and multiferroic materials.
- Quality control and device testing in spintronics.
By combining magneto-optical and transport characterization, this adapter empowers researchers to gain deeper insights into the complex interplay of magnetic and electrical phenomena in advanced materials and devices. Contact us to discuss how this adapter can enhance your research capabilities.
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