Difference between revisions of "EIC-24-April-24-minutes"
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<li> <font color="green"><b>General Points</b></font>:<br> | <li> <font color="green"><b>General Points</b></font>:<br> | ||
| − | * E. Sidoretti: the two FECs are now working. The HV has been connected to try the noise. The APVs are non the lateral bands (two boards). If a pedestal is done, the noise is under a threshold. There is a defect regarding an asymmetry between odd and even channels (under 45-50 adc), see [photo]. Red is a board and black is the other one, i.e. the X and the Y readout. We can notice a shift between odd (low noise) and even (high noise) channels. | + | * E. Sidoretti: improvements for the "camerona". The two FECs are now working. The HV has been connected to try the noise. The APVs are non the lateral bands (two boards). If a pedestal is done, the noise is under a threshold. There is a defect regarding an asymmetry between odd and even channels (under 45-50 adc), see [https://wiki.jlab.org/cuawiki/images/b/bb/WhatsApp_Image_2024-04-23_at_13.01.59.jpeg photo]. Red is a board and black is the other one, i.e. the X and the Y readout. We can notice a shift between odd (low noise) and even (high noise) channels. This is likely due to the fact that even channels are connected close to the mass, see [photo]. |
* A. D'Angelo: news for the orders and for the coordination. | * A. D'Angelo: news for the orders and for the coordination. | ||
Revision as of 04:37, 24 April 2024
Meeting report for ePIC-EIC Roma2, April 24, 2024
Coordination Meeting
-
Attending:
R. Ammendola, B. Benkel, M. Bondì, A. D'Angelo, A. Fantini, L. Lanza, G. Nobili, E. Sidoretti, E. Tusi.
- General Points:
- E. Sidoretti: improvements for the "camerona". The two FECs are now working. The HV has been connected to try the noise. The APVs are non the lateral bands (two boards). If a pedestal is done, the noise is under a threshold. There is a defect regarding an asymmetry between odd and even channels (under 45-50 adc), see photo. Red is a board and black is the other one, i.e. the X and the Y readout. We can notice a shift between odd (low noise) and even (high noise) channels. This is likely due to the fact that even channels are connected close to the mass, see [photo].
- A. D'Angelo: news for the orders and for the coordination.
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