- Timestamp:
- 02/21/05 21:15:10 (20 years ago)
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trunk/MagicSoft/TDAS-Extractor/Conclusions.tex
r6656 r6659 45 45 46 46 Unfortunately, part of our recent data, taken in December~2004 and January~2005 had a severe problem with the pulse location 47 within the recorded FADC slices. In the recorded samples, the low-gain pulse situated so far to the right that a part of48 it has not been recorded any more. This poses severe problems to all extractors which integrate the entire low-gain pulse.47 within the recorded FADC slices. In the recorded samples, the low-gain pulse is situated so far to the right that a part of 48 it reaches out of the recorded window. This poses severe problems to all extractors which integrate the entire low-gain pulse. 49 49 We have seen that the spline extractor and the digital filter over 4~FADC slices are still capable to reconstruct the low-gain 50 pulse properly for this partly corrupt data sample. 50 pulse properly for this partly corrupt data sample, although the linearity of the reconstructed signal might still be affected above 51 signals of about 300~photo-electrons per pixel. 52 53 \par 54 55 Special caution has to be made if the F-Factor method is applied for calibration with signal extractors which have an 56 intensity-dependent resolution. This applies especially to the spline algorithms and the digital filter over a window size 57 of 4~FADC slices. 51 58 52 59 %%% Local Variables:
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