Measurements and Analysis of Counting Scalar Data with Picoscope
Explore the detailed process of measuring and analyzing counting scalar data using Picoscope software. Discover the results obtained from different setups and configurations, along with the summary measurements and features of the Picoscope.
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Presentation Transcript
Counting measurements Scalar + Counting Balossino Ilaria, Farinelli Riccardo 28.02.2022
Setup 2
Analysis Picoscope A software threshold is imposed on the reconstructed data to run the counting with the picoscope 3
Summary measurements Countig + Scalar @ Nominal rate (758 Hz/cm2) Countig + Scalar @ effective rate (624 Hz/cm2) Planar @ 50 mV thr and 1000 gain = 2.19 +- 0.05 Grooved @ 50 mV thr and 1000 gain = 2.61 +- 0.06 Planar @ 50 mV thr and 1000 gain = 2.67 +- 0.05 Grooved @ 50 mV thr and 1000 gain = 3.17 +- 0.06 Countig + Picoscope @ Nominal rate (758 Hz/cm2) Countig + Picoscope @ Nominal rate (758 Hz/cm2) Planar @ 50 mV thr and 1000 gain = 2.14 +- 0.05 Grooved @ 50 mV thr and 1000 gain = 2.82 +- 0.05 Planar @ 50 mV thr and 1000 gain = 2.60 +- 0.05 Grooved @ 50 mV thr and 1000 gain = 3.43 +- 0.05 8
