Quantum Transport Measurement System (QTMS)

Product catalog summary

Overview: The Quantum Transport Measurement System (QTMS) is a powerful and ultrafast measurement solution designed by Oxford Instruments, offering excellent signal performance and a customizable user interface. It is particularly effective when paired with Oxford Instruments' low and ultra-low temperature systems and the Nanonis TrameaTM.

Key Features:

Automated signal acquisition and data processing.
Base configuration includes 8 precision DC sources, 8 analog outputs, signal conditioning, FPGA, real-time signal processing, oscilloscope, spectrum analyzer, and software measurement suites.
High-resolution data acquisition instruments with 1D, 3D, and N-dimensional sweepers.
Direct control of up to 4 external devices, including MercuryiPS and MercuryiTC.

Applications: Suitable for a wide range of applications such as Quantum Hall Effect, Quantum Spin Hall Effect, topological insulators, Majorana fermions, graphene, carbon nanotubes, quantum dots, quantum point contacts, spin-qubits in quantum dots, quantum rings, and nanodevices.

Comparison with Conventional Systems: Nanonis Tramea offers high signal performance and high speed, outperforming conventional systems that often compromise between speed and signal quality.

Software and Hardware Upgrades:

Software upgrades include up to 8 lock-in amplifiers, a high-speed 1 MHz oscilloscope and spectrum analyzer, LabVIEW interface, scripting module, function generator, and PI controller.
Hardware upgrades include Tramea Signal Conversion (TSC) and Tramea Signal Output (TSO) for additional inputs and outputs.

Advantages of Nanonis Tramea:

Delivers precise, fast, and high-quality measurements with superior handling of different measurement methods.
Features a customizable user interface and high-performance hardware with a compact footprint.
Unique full control of MercuryiTC temperature controller and MercuryiPS magnet power supply.
Scalable up to 48 outputs with economical integration of additional inputs/outputs.
Combines precision, accuracy, low noise, and low drift with high measurement speed.

Conclusion: Nanonis Tramea is an ideal choice for quantum transport research, offering a combination of high signal performance and speed without compromise, supported by professional software and hardware upgrades.

Catalog excerpts

Quantum Transport Measurement System (QTMS)-1

OXFORD INSTRUMENTS • Automated signal acquisition and data processing Powerful, ultrafast measurement solution • Excellent signal performance • Superior and customisable user interface

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Quantum Transport Measurement System (QTMS)-2

Why choose Nanonis Tramea? Base configuration Nanonis Tramea delivers precise, fast and high-quality measurements offering a superior handling of different measurement methods compared to commonly used laboratory equipment. The software-based instrument facilitates best-in-class research by delivering simple signal handling features through an easy to use and customisable user interface. This is combined with high performance hardware that has a small and compact footprint. When Nanonis Tramea is combined with Oxford Instruments low temperature and ultra-low temperature systems, it provides the...

Open the catalog to page 2

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