3T superconducting magnet for measurement

NegotiableUpdate on 08/17

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

3T superconducting magnet for measurement • Variable magnetic field: ± 3T • High uniformity can be maintained throughout the excitation range • 25mm pole spacing • Compact structure • Small scattered magnetic field • No need for any refrigerant application • Magnetic field probe calibration • Hall effect study • NMR • ESR • FMR • Transport characteristic research performance • 3T variable magnetic field • Uniformity better than 50ppm in the 10mm DSV region throughout the excitation range • Can be matched with a nuclear magnetic resonance Gaussian meter probe

Product Details

3T superconducting magnet for measurement

Variable magnetic field: ± 3T
• Can maintain high uniformity throughout the entire excitation range
• 25mm pole spacing
• Compact structure
Small scattered magnetic field
No need to use refrigerant

application

Calibration of magnetic field probe
Research on Hall Effect
• NMR
• ESR
• FMR
Research on transportation characteristics

performance

3T variable magnetic field
Within the entire excitation range, the uniformity is better than 50ppm in the area of 10mm DSV
Can be used in conjunction with a magnetic resonance Gaussian probe
Fixed pole spacing of 25mm
• Optional high stability unipolar power supply
Optional conductive pads can improve magnetic field uniformity to an optimal level 1ppm@10mmDSV

Easy to use

Dry operation: does not require liquid helium or liquid nitrogen refrigerant
Electronic devices for magnet safety monitoring are included
Reliable mechanical refrigeration (input power less than 4kW)
Low water cooling requirements, with optional circulating water coolers available

Easy to install

• Compact structure
The scattered magnetic field is small, and if a shielding cover is used, it can further reduce it
The compressor can be set to remote operation mode (within a maximum range of 10 meters)
A slot that can be accessed vertically or horizontally