(for generating optical functions on the SLM) Laser module with opto-mechanical mount and beam expander.Spatial light modulator with opto-mechanical mount.Together with a theoretical introduction in the handbook and the provided references to additional literature, the six experimental modules make the Optixplorer a powerful and low-cost educational tool that enables the demonstration and active exploration of a wide range of optical phenomena. INT – Interferometric fringe-shift measurement of the phase modulation of the SLM.CGH – Computer generated holograms with included lens and prism phase functions.RON – Measurement of the phase modulation of the SLM using dynamically addressed Ronchi gratings.LIN – Using an SLM to create binary linear and 2D-separable beam-splitter gratings.JON – Measurement of the Jones matrix components of the TN-LC cells of the SLM and derivation of the cell parameters.AMP – Using an SLM as amplitude modulator for image projection experiments.
#AMPKIT LIN SOFTWARE#
The SLM device control software is a convenient tool for the adjustment of the SLM’s device settings.ĭownload PDF: Flyer OptiXplorer Education Kit Topics & Experiments The “DynRon” software is a LabVIEW™ program for diffraction measurements at Ronchi gratings. The “PhaseCam” software can be used for interferometric phase measurements. The kit is delivered with a bundle of tailored software: The “OptiXplorer” software permits to display various optical functions on the SLM, including self-designed diffractive optical elements (DOE). Additionally a laser module, two rotatable polarizers and some optomechanical components are included in the kit. The primary component of the OptiXplorer is a HOLOEYE spatial light modulator (SLM), which is based on a transmissive twisted-nematic LC display with XGA resolution. The main topics covered in the six experimental modules listed below are polarization effects, amplitude modulation, phase modulation and Fourier Optics. The OptiXplorer is an educational kit for both introductory and advanced laboratory courses in optical physics.
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