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LightField

Model: LF
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LightField® software offers the user complete control over all Princeton Instrument cameras and spectrographs and is able to acquire directly from LabVIEW®. MATLAB®, and Python script interfaces.

LightField® software contains a smart search bar, quickly directing you to desired controls. There is also the possibility to build custom settings docks for frequently used settings.

We offer a 45-day evaluation of Lightfield upon request.

In Production

LightField® Software

 

Key Features

 

 

 

Automatic Saving

LightField automatically saves every acquisition to your chosen folder, keeping track of all experiment settings in the file header. Raw data is also saved when using the post-processing feature, exporting all data into a wide variety of file formats.

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Built-In Math Engine

The powerful built-in math engine analyses image and spectra data in real-time. Simple functions to complex functions, such as Fast Fourier Transform (FFT), can be applied to live or post-acquisition data, even including out-of-the-box measurements such as absorption, reflectance, and transmission.

 

 

Post-Processing Tools

Reviewing of data is also simple with LightField, with intuitive controls for spectral overlay, peak find, view, and playback. All available readout modes are also supported: frame transfer, kinetics, spectra kinetics (microsecond time resolution), and custom chip (>10 kHz frame rates).

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Our research group uses imaging spectrographs from Princeton Instruments to acquire Fourier-resolved photoluminescence data from lanthanide ions, organic molecules, and semiconductor quantum dots. Using LightField and its new IntelliCal feature, we have been able to rapidly shift between different detectors and grating sets to work over a broad spectral range. LightField’s novel interface allows each user to customize his or her experiments, and the automated IntelliCal routine provides an easy and accurate way to perform both wavelength and intensity calibration in just a few minutes.

Prof. Rashid Zia, Brown University, USA

Specifications

Type
Acquisition & Processing Application
Camera/Frame Grabber Interface Supported
All Princeton Instruments cameras through PICAM
Processor
Intel/AMD

Resources & Support

Tech Note

Automated Wavelength and Intensity Calibration Significantly Improves Spectral Accuracy

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Tech Note

Automating Acquisition with MATLAB® as Camera Temperature Changes

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Tech Note

Instrument Automation via National Instruments LabVIEW®

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Tech Note

LightField Tips & Tricks

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Technology Primer

ResXtreme Technology

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3rd Party: EPICS for Lightfield

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3rd Party: MathWorks MATLAB

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3rd Party: National Instruments LabVIEW for Teledyne Princeton Instruments

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3rd Party: Python for Teledyne Princeton Instruments

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Resolving LightField Crashes

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Please visit our Contact Us page and choose "Contact Support" to get in touch with a support engineer.

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