LT-SHPM/STM | Low Temperature Microscope

With the help of a micron-sized semiconductor Hall sensor probe, our LT-SHPM enables user to map the surface Hall voltage V H as a function of position, which directly gives the spatial distribution of the local magnetic induction.SHPM systems provides a resolution of ~1 μm imaging with high magnetic field sensitivity. Unlike the magnetic force microscope the SHPM provides direct quantitative information on the magnetic materials without destructing samples. The SHPM can also image magnetic induction under applied fields up to ~16 tesla and over a wide range of temperatures (millikelvins to 300 K). Together with Hall probes, this microscope can be used with STM and QTF probes to conduct Scanning Tunneling Microscopy Imaging and Non-Contact Mode Atomic Force Microscopy Imaging with Quartz Tuning Fork probes.

LT-AFM/MFM | Low Temperature Microscope

 

Performance Characteristics

 

  • Non-invasive &quantitative

  • Wide temperature range 10mK-400K

  • Magnetic Field Noise Level:10μT/NHz@300K, 100nT/NHz@77K,10nT/Hz@4K

  • Compatible with PPMS⑧,other cryostat and DRs

  • STM or AFM tracking

  • Localised B-H curves

  • Room Temperature version available

 

  • Sample Approach:Stick-slip type;10mm Z,②3mm XY range with 50-800nm step size

  • Sample Size:15x15x5mm maximum

  • Temperature Range:10mK-400K for LT-SHPM(limited by the cryostat)

  • Magnetic Field:up to 20T

  • Compatibility:LT-SHPM can be customised to fit in to PPMS®,Cryogen freemagnet systems,dilution refrigerators or He3 systems.

 

 

3D-SHPM OPTION

 

A Unique Quantitative and Non-invasive Instrument to image 3D Surface Magnetic Fields at Nanometer Scale Measurement o 3 components ofMagnetic Field on the surface of a hard disk sample using 3D-SHPM at 77K

 

 

 

 

 

 

 

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