Portable Pulse Micro Magnet

Up to 30 Tesla in table top setup

The measurement of physical properties under the influence of external magnetic fields is an essential part of basic research in solid-state and low-temperature physics. Whether electrical resistance, superconductivity, thermal conductivity, specific heat capacity, magnetisation or electronic correlations – measurements of this kind require expensive equipment or the use of user facilities. With the portable pulse micro magnet, high pulsed magnetic fields of up to 30 Tesla can be generated in your own laboratory without great effort.

Advantages & Highlights

Generate up to 30 Tesla in your laboratory.
The generator is small and portable. This means it can be set up quickly in any environment.
Pulse electronics fits into rack frame.
The magnetic pulse generator is easy on your budget and is an energy-efficient solution.
Coil assembly is compatible with any current systems.
Customization is possible according to customer requirements.

The height of the coil on the right is 10 mm (black line).

Unique features of the compact magnetic pulse generator

Magnetic field range: <= 30 T
Total pulse length: 1-5 ms
Repeatability: every 15 min waiting time after 30T pulse at 4.2K
Coil inner diameter: 3.2 mm
Coil length: about 11 mm

Cryogenic part size: [4 x 4 x 6] cm^3 free volume space needed
Sample holder: available for resistivity and field strength
Temperature range: [0.05 – 300] K

Measuring compatible methods:

Electrical Resistivity Measurements
Hall Effect Measurements
Magnetization or Torque with cantilevers

Operation: Automated via LabView

Your contacts

The tabletop magnetic pulse generator was developed by Dr. Manuel Brando from the Max Planck Institute for Chemical Physics of Solids Dresden. It is exclusively licensed and distributed by HZDR Innovation GmbH.

We would be happy to discuss your requirements with you:

Dr. Vladimir Voroshnin
(Business Development)

Phone: +49 351 260 3944

v.voroshnin@hzdri.de

Bernd Heirler (Sales)

Phone +49 351 260 3326

b.heirler@hzdri.de