In this video we describe the digitizing efficiency error, the digitizing efficiency, and the DAQ system used for this characterization. To perform the digitizing efficiency error characterization we divided the experimental setup into two particular experimental setups as follows: the first one is to measure the digitizing efficiency error of digitizing electronic boards; the second one, to measure the digitizing efficiency error of the AFG3101 Tektronix function generator for comparison purposes. This video is for the support of the "Feeding, reading out, and digitizing one channel electronic board for the S12572-100P Hamamatsu Photodiode" research. This video was created at the International Elementary Particle Laboratory under the supervision of Dr. Julián Félix at Universidad de Guanajuato
In this video, we explain the attenuation factor of the analogical signal as function of frequency, and the phase shift also as a function of frequency; we show the experimental setup assembly; we set up LabVIEW program parameters of the experimental setup, and display the data collection run of the experimental setup. The LabVIEW program is a home made program used to configure, control, read out AFG3101 Tektronix function generator and TDS2022-EDU Tektronix oscilloscope, and save measurements. This video is for the support of the "Feeding, Reading out, and Digitizing one Channel Electronic Board for the S12572-100P Hamamatsu Photodiode" research.
In this video we report on the connections between the detection material, the connection electronic board, the feeding and reading out electronic board, the digitizing electronic board, the power supplies, and the TDS2022C-EDU Tektronix oscilloscope; these equipment elements conform the experimental setup.
With this experimental setup we observe photon-like signals produced in the S12572-100P Hamamatsu photodiode when the detection material is exposed to cosmic rays.
This video is for the support of the "Feeding, reading out, and digitizing one channel electronic board for the S12572-100P Hamamatsu Photodiode" research.
Copyright © 2022 Laboratorio Internacional de Partículas Elementales - Todos los derechos reservados.