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- How to Model a Beam Splitter in Sequential ZEMAX
How to Model a Beam Splitter in Sequential ZEMAX
- By Nam-Hyong Kim
- Published 23 September 2005
- 3D Geometries
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Summary and References
This article has demonstrated the use of the multi-configuration capability in ZEMAX to model a beam splitter cube. In summary:
- The correct transmission, accounting for coatings, is calculated by using polarization enabled analysis and calculations
- The multi-config operand IGNR is used when surface should be visible only in specific configuration(s)
References
1 ZEMAX user manual
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3 Responses to "How to Model a Beam Splitter in Sequential ZEMAX" 
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said this on 29 Apr 2006 11:45:36 PM PDT
This gives the designer a very detailed idea of what to do in desgning a beamsplitter.
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said this on 08 Feb 2008 5:59:40 AM PDT
Excellent article. This was really helpfull to me.
Few little suggestions for improvement:
For a beginner like myself, I think page 5 (example part D) was a bit difficult. This was the first time I worked with the Multi-Configuration editor, and you don't really explain what you're doing there.
Maybe you could include a few word about the MCE, and how you will be using it for the beamsplitter, before we start to put data into it?
Also please explain in a few words what the PRAM operand does. (Took me a long time to find it in the help files...)
What also confused me for a while, was that I didn't see the rays coming back from the mirror (surface 7) Took me a long while to discover that the 3D Layout Settings kept the surface at #7 (image in config 1). I think that happens always. (at least in my version.) Maybe add a little remark that if you don't see those rays, you need to check the layout settings for the last surface?
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