PPMS® (Physical Property Measurement System)
An automated materials characterization platform designed to measure electrical, magnetic, and thermal properties of materials under controlled temperature and magnetic field environments.
-Wide temperature range: 1.9 K – 400 K -Magnetic field capability up to ±16 Tesla -Modular system supporting 20+ measurement options -Automated temperature and magnetic field control via MultiVu software -Large sample chamber (2.6 cm diameter) for custom probes -Easily integrates with external instruments and custom experiments
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Description
The PPMS® (Physical Property Measurement System) is a versatile platform for automated materials characterization. It allows researchers to measure multiple physical properties such as electrical transport, magnetic behavior, thermal conductivity, and heat capacity using interchangeable measurement modules. The system provides precise control of temperature and magnetic field, enabling automated experiments across a wide range of environmental conditions. Its open architecture design makes it adaptable to both standard measurement options and custom experimental setups, making it one of the most widely used systems in condensed matter physics and materials science laboratories.
Specifications
Temperature range : 1.9 – 400 K Magnetic field options : 9 T, 14 T, or 16 T superconducting magnet Transverse magnet option : 7 T split-coil configuration Sample chamber diameter : 2.6 cm Control software : MultiVu measurement software System architecture : Modular measurement platform
Application
PPMS is widely used for materials characterization, including : Electrical transport measurements Hall effect and carrier transport studies Magnetization measurements Heat capacity analysis Thermal conductivity and thermoelectric measurements Magnetostriction and thermal expansion studies Typical research areas include : Condensed matter physics Superconductivity research Quantum materials Spintronics Semiconductor and nanomaterials research