Magneto PQ is a compact magnetic field source fully integrated in the Qnami ProteusQ. With it, you can apply strong positive and negative magnetic fields both in-plane and out-of-plane with respect to the sample, to measure the magnetic behaviour of your samples.
It is the ultimate magnetic characterization add-on of the ProteusQ microscope to probe a wide range of magnetic phenomena and validate the design of novel devices by applying magnetic fields while benefiting from the ultra-high precision of scanning NV magnetometry.
The fully integrated and compact design of Magneto PQ is based on motorized permanent magnets and flux concentrators that generate strong positive and negative magnetic fields in the region of interest. The design allows you to easily switch between in-plane and out-of-plane magnetic fields to probe any sample according to you research needs.
In Magneto PQ, permanent magnets avoid the need for water cooling, which would induce unnecessary experimental complexity. The mounting frame keeps the magnet mechanically decoupled from the sample and the NV probe to further avoid mechanical vibrations. This results in greater flexibility and less vibration to ensure accuracy in the measurements and maintain AFM contact while tuning the magnetic fields.
The operation of Magneto PQ is fully integrated in the ProteusQ software and guarantees reliable and consistent results. With the ability to enter any given position of the sample and get the required field strength from the magnet in that position, Magneto PQ saves time and effort in adjusting the magnet and ensures precise measurements.
ProteusQ’s unrivalled thermal stability and closed-loop piezo positioners allow full access to the sample and tip area during experiments, while enabling unattended measurements of magnetic imaging cycles over several hours.
In only three steps, you will be able to perform complex measurements protocolos hasslefree!
Magneto PQ allows the user to probe the behavior of magnetic nanostructures under external bias fields and validate new designs of their devices. Users can manipulate domain walls, initialize and characterize artificial spin ice structures, create skyrmions, influence spin waves, switch magnetic memory bits, and much more.
The Qnami ProteusQ opens a new window on your research and gives you a new level of control to drive innovation in the design, creation and delivery of smart and energy-efficient electronics.
Equipe Qnami ProteusQ with Magneto PQ to extend its characterization capabilities.