Probe station designs incorporating an electromagnet, superconducting magnet, or permanent magnets are available for magnetic field dependent measurements. The system is ideal for the study of magneto-optical and magneto-electrical properties in a variety of experiments, including quantum dots, spintronic devices and nanoscale electronics.
Probe Stations with horizontal magnetic field parallel to the sample mount plane
Probe stations combined with a room temperature electromagnet that offers a variable horizontal magnetic field of up to 0.6 T (6000 Gauss) with typical field homogeneity of 2% over a 25 mm diameter.
Probe stations incorporating two inexpensive cylindrical permanent magnets to create variable horizontal magnetic field up to 1000 Gauss.
Probe Stations with vertical magnetic field perpendicular to the sample mount plane
Probe station combined with a superconducting magnet that offers a variable vertical magnetic field up to 3 Tesla with typical field homogeneity of 5% over a 10 mm diameter.
Probe stations incorporating an inexpensive set of six ring permanent magnets. The vertical magnetic field can be step varied between 2000 Gauss and 300 Gauss.
Interested in seeing what other Janis customers have accomplished with their probe stations? Click here to see a list of some of their research papers.