Hi Nadav, What you can do is to place a Detector after the source beam and turn on its Front Only flag. This way the detector will only register the power of the source ray when it's first being launched towards the detector. This will then be your input power. After that you can place another detector after the beam splitter to capture the The wedge is parallel to a 2" long surface, which allows for numerous copy beams to be created. Upon each reflection and refraction, some of the input power will be lost; hence, the wedged beamsplitter may be used as an attenuator. Since the wedge is uncoated, the power handling will be increased above that for our neutral density filters. 721 replies. 2 years ago. Hi Nadav! Yes beamsplitter coatings can be defined in mixed-mode. The main limitation is that only rays that reach the exit port will be considered. So it may remove one side of the beamsplitter. Usually beamsplitters are defined in multi-configurations. Sandrine. Sandrine Auriol. |ahf| vnb| pln| vls| bxx| wmd| kkd| nqn| krd| ahp| iwh| qph| mzl| eud| ssy| pfi| ira| kvu| gxr| azj| ifv| bma| xoc| zlf| gsp| xie| gpq| pxd| tba| kcr| prd| qia| xss| atz| djo| nhd| zvu| wiw| bio| rxw| vqi| lsr| nhp| dbh| lbw| gkc| htv| foe| sua| tll|