Low Temp High Field Kerr Microscope Laser MOKE Microscope For Micro Region Imaging

Product Description:

The Hysteresis Loop Measurement Instrument for Scientific Research is a cutting-edge tool designed for precise magnetization measurements in scientific research applications. This advanced instrument offers a range of features that make it ideal for studying magnetic properties with high accuracy and reliability.

One of the key attributes of this instrument is its capability to measure In-Plane Magnetic Fields with exceptional accuracy. It can measure a magnetic field of 1 Tesla at an air gap of 8 mm, as well as a magnetic field of 0.5 Tesla at an air gap of 16 mm. This level of precision enables researchers to study magnetic materials with different field strengths and gap distances effectively.

The instrument also boasts an impressive Kerr Angle Resolution of 0.3 millidegrees (RMS), allowing researchers to analyze the magnetization behavior of materials with exceptional sensitivity and resolution. This high level of resolution is crucial for capturing subtle changes in magnetic properties during experiments.

Another key feature of this instrument is its ability to measure Vertical Magnetic Fields with precision. It can measure a magnetic field of 1 Tesla at an air gap of 7 mm, as well as a magnetic field of 0.5 Tesla at an air gap of 16 mm. This capability enables researchers to investigate the magnetic properties of materials in different orientations with great accuracy.

Moreover, the instrument is equipped with a sophisticated Magnetic Field Resolution system that utilizes PID Closed-loop Feedback Regulation to achieve a resolution of 0.02 millitesla. This feedback system ensures that the instrument maintains a high level of accuracy and stability in magnetic field measurements, allowing researchers to obtain reliable data for their experiments.

Additionally, the instrument features a Multi-Axis Displacement Stage that enables automatic laser alignment in the X, Y, and φ axes. This feature simplifies the setup process and ensures that the instrument is properly aligned for accurate measurements, enhancing the overall efficiency and reliability of magnetization measurement experiments.

In summary, the Hysteresis Loop Measurement Instrument for Scientific Research is a state-of-the-art tool that offers exceptional capabilities for magnetization measurement in scientific research. With its precise measurement of In-Plane and Vertical Magnetic Fields, high Kerr Angle Resolution, advanced Magnetic Field Resolution system, and Multi-Axis Displacement Stage with automatic laser alignment, this instrument is an invaluable asset for researchers working in fields such as Cryogenic Magnetic Imaging System, magnetization measurement, and other related scientific disciplines.

Features:

• Product Name: Hysteresis Loop MeasurementInstrument for Scientific Research
• 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
• Vertical Magnetic Field:
  • 1 T @ air Gap 7 mm
  • 0.5 T @ air Gap 16 mm
• Magnetic Field Resolution: PID Closed-loop Feedback Regulation, Resolution 0.02 MT
• Kerr Angle Resolution: 0.3 Mdeg (RMS)
• In-Plane Magnetic Field:
  • 1 T @ air Gap 8 mm
  • 0.5 T @ air Gap 16 mm

Technical Parameters:

Applications:

Product Application Occasions and Scenarios for the Truth Instruments PL-MOKE Hysteresis Loop Measurement Instrument:

The Truth Instruments PL-MOKE hysteresis loop measurement instrument, originating from China, is a versatile tool designed for scientific research in the field of cryogenic magnetic imaging systems. With its precise capabilities and high sensitivity, this instrument is ideal for a variety of applications:

Magnetic Domain Imaging: The PL-MOKE instrument is perfect for studying magnetic domain structures and behaviors due to its ability to provide real-time, high-resolution images of magnetic domains.

In-Plane and Vertical Magnetic Field Measurements: The instrument offers the flexibility to measure magnetic fields of varying strengths at different air gap distances, making it suitable for a wide range of experimental setups.

Multi-Axis Displacement Stage: With X, Y, and φ automatic laser alignment, researchers can easily position samples for precise measurements and imaging.

Kerr Angle Resolution: The instrument boasts an impressive Kerr angle resolution of 0.3 Mdeg (RMS), ensuring accurate and reliable data collection.

Testing Functions: Researchers can conveniently and precisely control magnetic field output, perform longitudinal and polar hysteresis loop scanning, automatically correct and normalize hysteresis loops, and extract saturated Kerr angle and coercive field parameters automatically.

Overall, the Truth Instruments PL-MOKE hysteresis loop measurement instrument is a valuable tool for scientists and researchers looking to conduct advanced magnetic imaging studies with efficiency and accuracy.