Nov 24, 2013 #17 D Deleted member 16589 Guest Sorry for the bump but that is so epic. How did I miss this. +1 for you. Last edited by a moderator: Nov 24, 2013
Nov 26, 2013 #18 R Roam 0 Joined Nov 21, 2011 Messages 106 Points 18 Considering the high power... it may be BiBO. It has a much larger SHG coefficient, almost twice the nonlinear coefficient of the BBO. But these units are LAB lasers, they even have the mounts for optical breadboard.
Considering the high power... it may be BiBO. It has a much larger SHG coefficient, almost twice the nonlinear coefficient of the BBO. But these units are LAB lasers, they even have the mounts for optical breadboard.
Nov 28, 2013 #19 L lazeristasUVISIR 0 Joined Jan 5, 2011 Messages 418 Points 28 lazerman121 said: Sorry for the bump but that is so epic. How did I miss this. +1 for you. Click to expand... Me too. :thinking: Thnx for the bump. Nice pictures. Where is the TEC located? Is there any focusing lens what couples a fiber output to the crystal? If not, it might be that the crystal is a PPLN waveguide. Does anybody familiar with a fixing blue stuff?
lazerman121 said: Sorry for the bump but that is so epic. How did I miss this. +1 for you. Click to expand... Me too. :thinking: Thnx for the bump. Nice pictures. Where is the TEC located? Is there any focusing lens what couples a fiber output to the crystal? If not, it might be that the crystal is a PPLN waveguide. Does anybody familiar with a fixing blue stuff?