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Using Diffractive Surfaces to Model Intraocular Lenses

This article will demonstrate how users can use the Binary 2 surface to model an intraocular lens. Throughout this article, we will go through a demonstrative design and outline many of the concepts, as well as tips and tricks, involved in designing intraocular lenses in OpticStudio.

Authored By: James E. Hernandez

Published On: August 19, 2016


Zemax Diffractive Optical Element Sag Macro

This article explains how to measure the sag of a diffractive optical element using a sag macro in OpticStudio.

Authored By: Serhat Hasan ASLAN

Published On: June 24, 2015


The Source Diffractive Object

This article introduces the Source Diffractive object.

Authored By: Rhys Poolman

Published On: December 28, 2015


How to model diffractive optics using the Binary 2 surface

Diffractive elements are commonly used in optical systems, and their implementation in OpticStudio Sequential Mode is important to understand for many optical designers. This article explains how diffractive surfaces are modeled in OpticStudio, and includes a demonstration of using the Binary 2 surface type to model a diffractive optical element. A sample file is included along with the example.

 

Authored By: Nam-Hyong Kim

Published On: September 26, 2005


How diffractive surfaces are modeled in OpticStudio

Many surfaces in OpticStudio can have diffractive power in addition to refractive power. This article discusses how these surfaces are modeled for ray tracing purposes.

Authored By: Nam-Hyong Kim

Published On: November 7, 2018


What is a Ray?

This article explains:
  • What a ray is
  • Rays and wavefronts
  • Coordinates, cosines, and propagation
  • Refraction, reflection, and diffraction
  • Amplitude. phase and optical path                         

 

Authored By: Ken Moore

Published On: December 2, 2015


Understanding paraxial ray tracing

Paraxial rays and parabasal rays are often used in OpticStudio to calculate system data and analysis results. It is important to understand what these rays are in order to avoid confusion in analysis results. This article discusses these special rays and how they differ from each other and from real rays.
 
This article is accompanied by a downloadable ZIP archive containing the sample files used and a ZPL macro.

Authored By: Mark Nicholson

Published On: July 21, 2005


How to Model Corner-Cube Retroreflectors

Corner Cube retroreflectors are commonly used in a wide range of optical systems. This article describes various different ways in which these components can be modeled in Zemax OpticStudio. The treatment can be as detailed as the user needs, with effects due to face misalignment, roofline straddling, thin-film coatings, diffraction etc included as required.
 

Authored By: Mark Nicholson

Published On: December 14, 2015


How to Debug a Double-Pass Lens File

This article describes an easy way to test whether a double-pass lens file is correctly set up, or not, and to identify where any errors are.
                                                                                                                                                   

Authored By: Mark Nicholson

Published On: January 4, 2016


How to Model a Scanning Mirror

This article explains:
  • How to set up the coordinate breaks needed to make a scanning mirror
  • How to use the Multiple Configuration Editor to sample multiple scan angles
  • How to set up a galvanometer-style scanning mirror, where the mirror tilts about its vertex
  • How to set up a polygon scanning mirror, where the mirror tilts about an offset point

The article is accompanied by a ZIP archive containing the sample Zemax OpticStudio files used. This can be downloaded from the final page of the article.

 

Authored By: Mark Nicholson

Published On: December 15, 2015


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