360 Degrees Semiconductor Probe Station Low Temperature Vacuum Probe Station For Spintronics

Product Description:

The Cryogenic In-Plane Magnetic Field Probe Station is a versatile and advanced Spintronics Testing Platform designed for precise and accurate spin pumping measurement at low temperatures. This cutting-edge probe station offers exceptional capabilities for researchers and engineers working on spin-related experiments.

Key Features:

• Probe Arm Stroke: X+Z, 50 mm-25 mm-25 mm
• Sample Temperature: <8 K-420 K
• Magnetic Field: Water-cooled Electromagnet, In-plane Direction, ±0.65 T Strength
• Number of Probe Arms: 4 Probe Arms
• Needling Range: Any Point Within 25 mm Diameter

The Cryogenic In-Plane Magnetic Field Probe Station is equipped with a unique probe arm stroke configuration of X+Z, providing a stroke length of 50 mm along the X-axis and 25 mm along the Z-axis. This allows for precise positioning and manipulation of samples during experiments.

With a sample temperature range of <8 K to 420 K, this probe station enables researchers to study materials and devices across a wide temperature spectrum, making it ideal for investigating spin-related phenomena at various temperature regimes.

One of the standout features of this probe station is its magnetic field system. The water-cooled electromagnet generates a strong magnetic field of up to ±0.65 T in the in-plane direction, allowing for the precise control and manipulation of spin orientations in samples. This capability is essential for conducting spin pumping measurements and other spin-related experiments.

Equipped with 4 probe arms, the Cryogenic In-Plane Magnetic Field Probe Station offers enhanced flexibility and efficiency in sample handling and measurements. Researchers can simultaneously probe multiple points on a sample or conduct parallel measurements, streamlining experimental workflows and increasing productivity.

The needling range of this probe station covers any point within a 25 mm diameter, providing researchers with the flexibility to access specific regions of interest on their samples with high precision. This feature is crucial for conducting detailed and localized measurements in spintronics research.

In summary, the Cryogenic In-Plane Magnetic Field Probe Station is a state-of-the-art tool for spin-related research, offering a comprehensive set of features and capabilities for investigating spin phenomena at low temperatures. With its advanced probe arm configuration, wide sample temperature range, powerful magnetic field system, multiple probe arms, and precise needling range, this probe station is an indispensable asset for researchers and engineers conducting spin pumping measurements and other spintronics experiments.

Features:

• Product Name: Cryogenic In-Plane Magnetic Field Probe Station
• Sample Temperature: <8 K-420 K
• Sample Space: Sample Holder Diameter Up To 51 mm
• Number of Probe Arms: 4 Probe Arms
• Vibration: Sample Stage Vibration <1 μm (peak-to-peak)
• Probe Arm Stroke: X+Z, 50 mm-25 mm-25 mm

Technical Parameters:

Applications:

Truth Instruments' Cryogenic In-Plane Magnetic Field Probe Station, model PS1DX-Cryo, is a cutting-edge product designed to meet the demands of advanced research and testing in the field of magnetic materials. Originating from CNINA, this probe station offers unparalleled capabilities for studying samples under high magnetic fields in horizontal orientation.

The probe arm stroke of X+Z, with dimensions of 50 mm-25 mm-25 mm, allows for precise positioning and manipulation of samples. With sample stage vibration kept below 1 μm (peak-to-peak), researchers can conduct experiments with utmost accuracy and reliability.

Equipped with a water-cooled electromagnet capable of generating a strong ±0.65 T magnetic field in the in-plane direction, this probe station is ideal for studying the behavior of materials under high magnetic fields. Its thermal anchor ensures that the temperature difference between the probe arms and sample stage remains below 10 K, maintaining sample integrity during experiments.

Researchers working with magnetic materials will appreciate the temperature stability of <±20 mK (8 K-420 K), which allows for consistent and controlled experimental conditions. The Cryogenic In-Plane Magnetic Field Probe Station by Truth Instruments provides a stable platform for conducting experiments that require precise temperature control and high magnetic fields.

Product Application Occasions and Scenarios: - Study of magnetic materials under high magnetic fields - Research on materials' response to horizontal magnetic fields - Investigation of magnetic properties at different temperatures - Characterization of materials in controlled temperature environments - Analysis of magnetic behavior in in-plane orientations