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MeasureLINK™ software

Software for coordinating and automating characterization systems.

MeasureLINK™ Features

Coordinates all aspects of characterization experiments

Construct an experiment by selecting a sequence of pre-written functional steps to control the environment and collect data
No programming required — drag and drop to control measurement sequences
Automatically steps through user-defined sequences
Controls research platform environmental settings while executing electrical measurements of materials/devices
Time-stamps readings and conditions at each measurement for a correlated dataset

Helps confirm useful data (to avoid wasted time)

Enables data collection visualization in real-time
Choose the data format that makes the most sense for each setup
Helps confirm that an experiment is progressing successfully—more science in less time

Shares data (with external systems)

Makes it easy to share coordinated, time-stamped experimental data with any tool of choice, such as LabVIEW™, MatLab®, Python™, etc.
Data can be used for analysis, remote execution, or supervisory control

Custom scripting feature

Allows the user to construct new and edit existing measurement scripts, providing complete control over every aspect of the experiment

Included with MCS-EMP and M91

MeasureLINK™ Application Packs

Extend the functionality of MeasureLINK™ by adding additional instrument drivers, scripts, examples, and documentation related to specific tasks
Quantum Design MultiVU™ application pack requires the additional purchase of ML-AP-MULTIVU
Download the applications you need

If you want to communicate with a Lake Shore 240 module, there is a different MeasureLINK software for that. Download the MeasureLINK for 240 software package.

Current version: 2.9.10.0

Download application packs

Extend the functionality of MeasureLINK™ by adding additional instrument drivers, scripts, examples, and documentation related to specific tasks.

Execution

MeasureLINK executes sequences of user-defined experimental steps that can include setting field and temperature levels as well as sourcing and measuring electrical signals. Steps also generate the user interfaces needed to gather inputs before running experiments. You can select steps from MeasureLINK’s editor.

You can also add real-time charting to any sequence. Create a specific multi-variable chart to any data collection sequence and pin the chart to watch the data populate in real-time. Plus, an included chart recorder utility enables you to monitor certain variables, such as temperature trends, in real-time to keep a close eye on an experiment. It also helps you determine when steady-state conditions have been reached.

Steps can be used as is using drag-and-drop control or customized using MeasureLINK’s scripting tools. Entirely new steps can also be defined using the scripting tools. Optional application packs provide complete, predefined sequences to support specific measurement applications.

M81 SSM system When used with our M81-SSM synchronous source measure system, MeasureLINK allows you to execute current and voltage output sweeping with coordinated synchronous measurements. You can collect IV curves or include a gate bias outer loop to create a family of curves at separate bias values.

Integration

MeasureLINK-MCS includes interfaces for integrating both Lake Shore and third-party instruments. Drivers for Lake Shore and other pre-defined instruments enable access to expanded control and measurement capabilities.

MagRS magnetic research systems

MCS-EMP MeasureLINK provides the automation core of the MagRS, enabling coordinated control of field, temperature, and electrical measurements. MagRS measurement options provide packaged measurement solutions that include instrumentation, MeasureLINK application packs, and other required components.