using Calcualtion > Fiber Coupling Efficiency or Geometric Image Analysis or Physical Optics Propagation V_-{TGKX -!b@\= there are three option depending on your system set up and the actual modelling you wish to perform
hopebox:using Calcualtion > Fiber Coupling Efficiency or Geometric Image Analysis or Physical Optics Propagation (BA2
there are three option depending on your system set up and the actual modelling you wish to perform (2010-06-25 20:04) dTV:/QM
kCR)k=* Apologies for late reply as I have been away for a while. The tab "Beam Definition" has a top hat which can be used as collimated beam and the receiving fiber end can be defined under the tab Fiber Data. If you have a single mode you can pick up a Beam Type to closely match your fiber mode and then define the other physical parameter accordingly.
jdgx0801
2015-05-20 16:28
hopebox:Apologies for late reply as I have been away for a while. The tab "Beam Definition" has a top hat which can be used as collimated beam and the receiving fiber end can be defined under the tab Fiber Data. If you have a single mode you can pick up a B .. (2015-05-07 17:45) ^@L[0Z`
^YIOS]d>8# Y(SI`Xo[ I don't have a particular file myself, however the folder Zemax\Samples\Physical Optics contains an example, Fiber Coupling.ZMX, making use of POP to model the coupling. Its a very simple example but does contain some setup you may wish to refer to at the beginning.