Differences

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--- d2:spectroscopy_module_210 [2020/03/16 22:17] – [Theory of Operation] Michael Radunsky
+++ d2:spectroscopy_module_210 [2021/08/26 15:26] – external edit 127.0.0.1
@@ Line 85: / Line 85: @@
 <imgcaption image1|Pin numbering on female Hirose 6-pin connector>{{  :d2:d2-160:hirose-connector.png?200  }}</imgcaption>
-<WRAP center round box 900px><tabcaption connector>
+<WRAP center round box 900px><tabcaption connector|Power cable pin out>
-^  Hirose Pin  ^  DB-9 Pin (if applicable)  ^  Input Voltage  ^  Max Current Draw  ^  Notes  ^
+^  Hirose Pin\\ (VPN00410 and VPN00475)  ^  DB-9 Pin (VPN00410)  ^  Input Voltage  ^  Max Current Draw  ^  Notes  ^
 |  1  |  4 and 5   |  Signal Power Ground  | | Return path for power rail. |
 |  2  |  8  |  -7 V to -15 V  |  100mA  | See note below. |
@@ Line 94: / Line 94: @@
 |  6  |  1 and 2  |  +5 V Ground  | | Return path for high current +5V. |
 </tabcaption></WRAP>
-<wrap lo>Note:  When powering the D2-210 with supplies other than a D2-005, pins 5 and 6 can be placed between 7-15 V. They need not be symmetric, but both supply rails are always required.</wrap>
-<wrap lo> See D2-005 manual for pin out on D-Sub 9-pin connector.</wrap>
@@ Line 190: / Line 187: @@
-The following images are representative of spectroscopy for <sup>87</sup>Rb with and without Doppler subtraction.  Note that Doppler subtraction (<imgref ds>) has a minimal effect on peak lock signal generated by dithering the laser (green traces).
+The following images are representative of spectroscopy for <sup>87</sup>Rb with (<imgref ds>) and without Doppler subtraction (<imgref no-ds>).  Note that Doppler subtraction has a minimal effect on peak lock signal generated by dithering the laser (green traces).
 <imgcaption image1|Pin numbering on female Hirose 6-pin connector>{{  :d2:d2-160:hirose-connector.png?200  }}</imgcaption>