ezHEMS | Hall Effect Measurement System
The ezHEMS systems have an integrated hardware and software system designed to measure and analyze the electronic properties of samples.
Compact Hall Effect Measurement System
The ezHEMS systems have an integrated hardware and software system designed to measure and analyze the electronic properties of samples.
The ezHEMS device, a more portable version of HEMS (Hall Effect Measurement System) devices used worldwide.
Due to the system design, there are two different magnetic field options with permanent magnets.
Permanent-magnet based configurations provide fields to 0.6 T or fields to 1 T available in the standard system.
The system include “Low temperature measuring head-LT”, “High Temperature Measuring Head-HT” and “Room Temperature Head-RT” between 20 K and 800 K temperatures.
The design of the low temperature measuring head enables the cooling process to be taken at a lower cost by using liquid nitrogen (LN2 / no cryogen-free).
At the same time the system include the specimen area that is easily positioned into the system with the 3-dimensional moving probe system inside the measurement head.
The controller of the system is designed for easy and precise operation in the current range of +/- 2nA to +/- 20 mA.
Through to the design, all connections can be made between the system parts with two cables with connector terminals, and only one USB cable is required between the system and the computer.
The LabView-based software of the ezHEMS device enables smooth operation on the Windows ® operating system.
Features/Options
Carrier Concentration : 10⁷ – 10
²¹ 1/cm ³
Mobility : 1 – 10⁷ cm²/Vs
Current: ±2nA à ±20 mA
Resistivity: 10⁻⁴ – 10⁹ Ω.cm
Temperature Range : 4 K – 800 K
Magnetic field options : 0,6 T / 1,0 T / ±1,0 T (adjustable)
Applications and use cases
Hall effect, resistivity, carrier concentration, mobility, and magnetoresistance measurements on semiconductor, thin-film, and bulk samples across supported temperature and magnetic-field ranges.
Selection and configuration guidance
Provide sample dimensions and contact geometry, expected resistance or voltage range, excitation requirements, target temperature and field range, number of samples, and any required probe station, cryostat, or automation options.
Request a configuration review
Contact NanoMagnetics Instruments with your sample, measurement, environmental, and integration requirements. The technical team will review compatibility, recommend the required options and accessories, and prepare a configuration-specific quotation for ezHEMS.
Product Gallery
