Cryo MOKE System Scientific Research Measurement Instruments For Magnetization Imaging

Product Description:

The Hysteresis Loop Measurement Instrument for Scientific Research is a cutting-edge tool designed for precise and convenient in-plane and vertical magnetic field measurements. This instrument is an essential component of any Cryogenic Magnetic Imaging System and 2D Material Characterization System, providing researchers with valuable data for their scientific experiments.

With an in-plane magnetic field capability of 1 T at an air gap of 8 mm and 0.5 T at an air gap of 16 mm, this instrument offers versatile testing functions. Users can benefit from the convenient and precise control of magnetic field output, enabling them to tailor their experiments to specific requirements. Additionally, the instrument allows for the realization of longitudinal and polar hysteresis loop scanning, automatic correction and normalization of hysteresis loops, and automatic extraction of saturated Kerr angle and coercive field parameters.

The Kerr angle resolution of 0.3 mdeg (RMS) ensures accurate and reliable measurements, meeting the high standards of scientific research. Researchers can rely on this instrument for detailed analysis and interpretation of magnetic properties with confidence.

In terms of vertical magnetic field measurements, the instrument offers a capability of 1 T at an air gap of 7 mm and 0.5 T at an air gap of 16 mm. This feature enhances the versatility of the instrument, allowing researchers to explore a wide range of magnetic field configurations for their experiments.

Moreover, the magnetic field resolution of the instrument is ensured through PID closed-loop feedback regulation, with a resolution of 0.02 MT. This precise regulation mechanism guarantees accurate and stable magnetic field measurements, essential for obtaining reliable data in scientific research.

For advanced applications such as laser spot positioning and comprehensive magnetic field analysis, the Hysteresis Loop Measurement Instrument for Scientific Research is the ideal choice. Its advanced features and capabilities make it a valuable asset for researchers working in the fields of magnetism, materials science, and beyond.

Features:

• Product Name: Hysteresis Loop Measurement Instrument for Scientific Research
• Multi-Axis Displacement Stage: X, Y, φ Automatic Laser Alignment
• In-Plane Magnetic Field:
  • 1 T@air Gap 8 Mm
  • 0.5 T@air Gap 16 Mm
• Magnetic Field Resolution: PID Closed-loop Feedback Regulation, Resolution 0.02 MT
• Testing Functions:
  • Convenient And Precise Control Of Magnetic Field Output
  • Realization Of Longitudinal And Polar Hysteresis Loop Scanning
  • Automatic Correction And Normalization Of Hysteresis Loops
  • Automatic Extraction Of Saturated Kerr Angle And Coercive Field Parameters
• Kerr Angle Resolution: 0.3 Mdeg (RMS)

Technical Parameters:

Applications:

Truth Instruments presents the PL-MOKE Hysteresis Loop Measurement Instrument, designed for scientific research applications. Originating from CHINA, this advanced instrument offers a range of features to meet the needs of researchers in various fields.

The PL-MOKE model comes equipped with a Multi-Axis Displacement Stage, allowing automatic laser alignment in the X, Y, and φ axes. This feature ensures precise measurements and ease of use during experiments.

With a Magnetic Field Resolution of 0.02 MT through PID Closed-loop Feedback Regulation, researchers can achieve accurate and reliable results. The instrument enables convenient and precise control of magnetic field output, essential for conducting experiments that require specific parameters.

Researchers can perform Micro-region Kerr measurements using the PL-MOKE instrument, making it ideal for studying magnetic properties at a microscopic level. Additionally, the instrument supports the realization of longitudinal and polar hysteresis loop scanning, automatic correction, and normalization of hysteresis loops.

The PL-MOKE instrument also features automatic extraction of saturated Kerr angle and coercive field parameters, streamlining data analysis and interpretation. This functionality enhances the efficiency of experiments and ensures reliable results.

With a Vertical Magnetic Field capability of 1 T at an air gap of 7 mm and 0.5 T at an air gap of 16 mm, as well as an In-Plane Magnetic Field capacity of 1 T at an air gap of 8 mm and 0.5 T at an air gap of 16 mm, the PL-MOKE instrument offers versatility in magnetic field generation.

Researchers can utilize the PL-MOKE instrument for a variety of scientific research applications, including low-temperature Kerr microscopy and hysteresis loop measurements. Its advanced features, precise control capabilities, and automatic functions make it a valuable tool for studying magnetic properties in different materials and environments.