Hysteresis Loop Measurement Instrument for Scientific Research

Classification

Keywords

Product Model:

PL-MOKE

Product Overview:

● This instrument provides high-precision characterization of the magnetic properties of ferromagnetic, artificially antiferromagnetic, two-dimensional materials, and microelectronic devices based on the magneto-optical Kerr effect. Simultaneously, it can apply in-plane and perpendicular magnetic fields for concurrent scanning of in-plane and perpendicular magnetization components. This enables the simultaneous acquisition of hysteresis loops for any combination of in-plane/perpendicular magnetic fields and components. With the Kerr rotation detection accuracy reaching up to 0.3 mdeg (RMS), it can detect the magnetization in single atomic layers.

● This instrument provides holders for wire-bound samples for characterizing electro-optical magnetic properties.

● This instrument, independently developed by our company, offers robust stability and excellent scalability, with customized options available. Compared with similar devices in the industry, it exhibits a larger magnetic field and higher precision. It can perform in-plane and perpendicular hysteresis loop measurements without the need for replacing the optical path. In addition to laser auto-alignment, it operates with the support of highly intelligent software.

● This instrument is ideal for rapidly, accurately, and non-destructively measuring material magnetism, providing more options and support for cutting-edge scientific research and production.

Product Performance:

● Magnetic field: 1.0 T in plane; 1.0 T perpendicularly

● Minimum detectable Kerr rotation: 0.3 mdeg (RMS)

● Magnetic field resolution: 0.02 mT

● Maximum sample size: 15 mm × 15 mm

Integrated Gaussmeter Sample Holder:

● Integrated design, multiple range options; highest magnetic field resolution:

● less than 0.02 mT

Five-Axis Sample Stage Laser

● Real-time auto alignment