using Calcualtion > Fiber Coupling Efficiency or Geometric Image Analysis or Physical Optics Propagation ~{9x6<g! nHE+p\ 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 Z`e$~n(Bh there are three option depending on your system set up and the actual modelling you wish to perform (2010-06-25 20:04) *9\oD~2Y
G>?x-!9qcH 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) wN%DM)*k
|R|U z` 能不能列出一些例子作为参考呢?觉得还是比较难啊
hopebox
2015-05-22 16:13
jdgx0801:能不能列出一些例子作为参考呢?觉得还是比较难啊 (2015-05-20 16:28) z ]4g`K+
mk3e^,[A HZ`G)1&) 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.