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Modeling of an Image Projection Syst

Modeling and Analysis of Volume Holo

Automatized Detector Positioning by

Angular-Filtering Volume Gratings fo

Littrow Configuration for Blazed Gra

Investigation of Diffraction in Inte

Design and Analysis of Intraocular D

Analysis and Design of Highly Effici

High-Speed Simulation with Distribut

Investigation of Diffraction in Inte

VirtualLab Fusion£ºPROPAGATION THROUGH MICROLENS ARRAYS
Time: 2022-11-11 15:08Source: infocrops.comWriter: infocrops
With the advent of modern technologies specialized optical components like microlens arrays (MLAs) get more and more attention. Especially in the field of optical projection systems, material processing units and optical diffusers microlens arrays have seen common usage. In VirtualLab Fusion such systems can be set up and simulated using a new MLA component introduced in the latest release, allowing a thorough investigation of the transmitted field in the near field behind the microlens component as well as in the far field and focal region.
 
Investigation of Propagated Light behind a Microlens Array

 
This use case investigates light behind a microlens array. Effects in the near field, focal plane and far field are shown and discussed.
 
Advanced Simulation of Microlens Arrays

 
This use case explains the configuration and usage of the Microlens Array component in VirtualLab Fusion.
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