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In the new TeslatronPT Plus measurement system, Oxford Instruments’ leading TeslatronPT integrated Cryofree® low temperature system has been significantly upgraded with automated operation and oi.DECS environmental control. Oxford Instruments has partnered with Lake Shore to integrate their flagship measurement instrumentation in an open architecture.
The TeslatronPT Plus open-source Python programming environment, easy instrument management, and secure data capture and presentation offer improved ease of use, flexibility, and data confidence in advanced electrical transport measurement at low temperatures and high magnetic fields.
oi.DECS is an open-architecture cross-platform control software offering an intuitive and easy-to-use browser-based interface. With automated control for consistent results, oi.DECS helps you spend less time on set-up, and more time on your experiments. It also offers network-based access using any browser on any platform, so you can monitor and perform your measurements from your lab or remotely.
Securely control TeslatronPT Plus temperatures and magnetic fields from anywhere via a GUI or API. Routine workflows are fully automated and step-through wizards are available where user input is required. Whether you want to customise your notification systems or integrate additional third-party instruments, oi.DECS’ open-architecture along with the availability of system drivers on QCoDeS ensure seamless compatibility.
Full measurement solution with a dedicated server complete with:
Temperature, magnetic field and measurement data visualisation and export with Grafana. Your data is fully time-stamped, and can easily be exported or displayed with your own parameters.
Lake Shore M81 Synchronous Source Measure System
Fully integrated with our open-architecture measurement software
A versatile and modular tool designed for electrical transport measurements
Patented real-time sampling architecture for synchronous sourcing and measuring
Designed for scientific-grade low-level measurement applications
Precision of DC plus the detection sensitivity performance of AC instrumentation up to 100 kHz signals
Lake Shore M91 FastHall™ Measurement Controller
Fully integrated with our open-architecture measurement software
Provides complete Hall analysis
Up to 100× faster for low-mobility materials
Improves accuracy by minimising thermal drift
Breakout boxes are a critical element of the signal chain for electrical transport measurements, offering a reliable interface to manage multiple electrical signals with minimal noise and interference. Oxford Instruments’ IsoSwitch, MultiSwitch, and SampleProtect breakout boxes ensure signal integrity, with versatile grounding options.
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