REVISION DATE: 16-Aug-2016 13:36:16

Files below where collected with BS02 installed in MOBY261, and they are testing it in the tent. The below files are collected at 3 int times and with the shutter open and closed. Also all the data where collected with no temperature regulation so many of the files are just noise and the data goes rail to rail (zero to 65000K). The 0.1 sec data seem OK for both the shutter open or closed. For the data taken at 0.1 and 0.5 I removed all data over 500 ADU to get rid of the noise. You could not do this with the 1 sec data cause most of the data would be gone. Also some of the tracks are "negative numbers" not positive.

 
FIle/Dir name conversions---------------------- 
01_0.1sLight            s2016081501.fits
02_0.1sDark             d2016081502.fits
03_0.5sLight            s2016081503.fits
04_0.5sDark             d2016081504.fits
05_1.0Light             s2016081505.fits
06_1.0Dark              d2016081506.fits
07_0.1s_shutters0_Light s2016081507.fits
08_0.1s_shutters0_Dark  d2016081508.fits
09_0.5s_shutters0_Light s2016081509.fits
10_0.5s_shutters0_Dark  d2016081510.fits
11_1.0s_shutters0_Light s2016081511.fits
12_1.0s_shutters0_Dark  d2016081512.fits

Track 7 for all 6 files, with 3 int times and open and closed shutter. You can see for the 1 sec data much of the data are saturated.

Figure 1

Same plot as above but with dots rather than lines so you can see that there are no middle numbers the data are either good or saturated.

Figure 2

Same graph as above but zoomed into the "good" data. For the 1 sec data open shutter there are 872 saturated values out of 1024 and for the closed shutter there are 123 out of 1024.

Figure 3

All the following images show the dark, lite and net for each int time and shutter open/closed pairs. In some of the dark and light images you can see what look like tracks. Stranglely most of the tracks are lower than the darks around them.

Figure 4

Figure 5

Figure 6

Figure 7

Figure 8

Figure 9

Figure 10

Figure 11

Figure 12