Cryogenic MOKE Kerr Microscope Hysteresis Loop Measurement Instrument For 2D

Product Description:

The Hysteresis Loop Measurement Instrument for Scientific Research is a cutting-edge tool designed to provide high sensitivity and precise measurement capabilities for magnetic domain imaging and magnetization measurement in scientific research applications.

Key features of this instrument include:

• Kerr Angle Resolution: Achieving a remarkable 0.3 Mdeg (RMS) Kerr angle resolution, ensuring accurate measurement of the Kerr effect in magnetic materials.
• Magnetic Field Resolution: Utilizing PID closed-loop feedback regulation, the instrument offers a high-resolution of 0.02 mT for precise control and measurement of magnetic fields.
• Vertical Magnetic Field: Capable of generating a vertical magnetic field of 1 T at an air gap of 7 mm and 0.5 T at an air gap of 16 mm, enabling versatile experimental setups and measurements.
• Multi-Axis Displacement Stage: Equipped with X, Y, and φ automatic laser alignment for easy and accurate positioning of samples, ensuring efficient data collection during experiments.
• Testing Functions: The instrument offers convenient and precise control of magnetic field output, allowing researchers to perform longitudinal and polar hysteresis loop scanning with ease. It also features automatic correction and normalization of hysteresis loops, as well as automatic extraction of saturated Kerr angle and coercive field parameters for detailed analysis.

With its advanced capabilities, the Hysteresis Loop Measurement Instrument enables researchers to conduct in-depth studies on magnetic materials with exceptional accuracy and efficiency. Whether investigating magnetic domain imaging or performing magnetization measurements, this instrument provides the tools necessary for groundbreaking scientific research.

Features:

• Product Name: Hysteresis Loop Measurement Instrument for Scientific Research
• Multi-Axis Displacement Stage: X, Y, φ Automatic Laser Alignment
• Magnetic Field Resolution: PID Closed-loop Feedback Regulation, Resolution 0.02 mT
• In-Plane Magnetic Field: 1 T@air Gap 8 mm; 0.5 T@air Gap 16 mm
• Vertical Magnetic Field: 1 T@air Gap 7 mm; 0.5 T@air Gap 16 mm
• 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 with a focus on high magnetic field measurements. Originating from China, this advanced instrument offers precise control of magnetic fields with a resolution of 0.02 mT through PID closed-loop feedback regulation.

The PL-MOKE is ideal for a wide range of product application occasions and scenarios, especially in the field of cryogenic spintronics measurement. Researchers can conveniently perform longitudinal and polar hysteresis loop scanning, automatic correction and normalization of hysteresis loops, and automatic extraction of saturated Kerr angle and coercive field parameters.

Equipped with a multi-axis displacement stage for X, Y, and φ automatic laser alignment, the PL-MOKE ensures accurate and reliable measurements. Its vertical magnetic field capabilities include 1 T at an air gap of 7 mm and 0.5 T at an air gap of 16 mm, catering to various research needs.

With a Kerr angle resolution of 0.3 Mdeg (RMS), researchers can achieve high-precision results for their experiments. The instrument's innovative features make it a valuable tool for studying magnetic properties at cryogenic temperatures, making it an essential component for experiments requiring high magnetic field environments.