Differences

This shows you the differences between two versions of the page.

--- d2:spectroscopy_module_210 [2016/08/31 10:30] – [Inputs, Outputs, and Controls] Michael Radunsky
+++ d2:spectroscopy_module_210 [2016/08/31 10:35] – [Theory of Operation] Michael Radunsky
@@ Line 65: / Line 65: @@
 <WRAP center round box 620px>
-[{{ :d2:d2-210:d2-210_top.jpg?nolink&600 |D2-210 Spectroscopy Module with cover removed.}}]</WRAP>
+<imgcaption 210_drawing|Beam path and component map>[{{ :d2:d2-210:d2-210_top.jpg?nolink&600 |D2-210 Spectroscopy Module with cover removed.}}]</imgcaption></WRAP>
-<WRAP center round box 420px>[{{ :d2:d2-210:d2-210-temp-adjust.jpg?400 |2nd revision of temperature control board}}]</WRAP>
+<WRAP center round box 420px><imgcaption temp_adj_photo>[{{ :d2:d2-210:d2-210-temp-adjust.jpg?400 |2nd revision of temperature control board}}]</imgcaption></WRAP>
 Input light passes through an adjustable λ/2 waveplate and polarizing beamsplitter (PBS) that directs a user-controlled portion of the beam to the vapor cells and detectors.  (For the fiber-coupled option the user will generally input most of the light.) The beam is then passed through a cleanup PBS and split on a 50:50 non-polarizing beamsplitter (NPBS).  One portion is then passed through a reference vapor cell (Doppler subtraction option) or passed directly to the reference photodiode.