from 30 September 2012 to 5 October 2012 (America/New_York)
Stony Brook University
America/New_York timezone
- klaus.dehmelt@stonybrook.edu
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61
Session:
WG5 - Electronics
Traditionally, 2D readout schemes for GEM detectors have used a chemical etching process to expose lines on an underlying layer while still preserving an orthogonal set of lines on the top layer. Due to the thickness of the substrate the area of copper on the lower level must be much greater than on the top to achieve equal charge sharing. As an alternative we have produced 2D readout boards usi
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Presented by Jason BESSUILLE
on
2 Oct 2012
at
11:45
Presented by Lari KOPONEN
Session:
WG5 - Electronics
We have developed an easy to prototype BGA package for the APV-25S charge sensitive pre-amp ASIC. The APV chip, developed for the CMS tracker, is often used to readout GEM as well as silicon strip detectors. To reduce prototyping and development costs we have packaged the APV chips into a BGA. This allows front-end electronics to be developed and tested without the need to design boards with the
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Presented by Ben BUCK
on
2 Oct 2012
at
11:30
Session:
WG1 - Technologies
Presented by Kondo GNANVO, Kondo GNANVO, Nilanga LIYANAGE
on
1 Oct 2012
at
14:20
Session:
WG1 - Technologies
A novel high-efficiency, one-dimensional fast neutron imaging detector intended for future fan-beam transmission tomography applications, was recently proposed. It consists of a multi-layer neutron-to-proton converter made of hydrogenous materials (polymer) coupled to a position-sensitive THGEM detector; the latter collects and multiplies the proton-induced electrons released in the gas gap betwee
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Presented by Marco CORTESI
on
1 Oct 2012
at
16:50
Session:
WG7 - Test beam
1. APV and AMORE, test beam and laboratory data analysis (from SBU on behalf of Lari)
2. wg7 status (yorgos and Eraldo)
Presented by Eraldo OLIVERI, Yorgos TSIPOLITIS, Lari Mikael KOPONEN
on
2 Oct 2012
at
14:50
Session:
WG5 - Electronics
At the last collaboration meeting we presented an overview of an alternative to the ALICE Data Acquisition and analysis system to read out the SRS crate. This system has been in production at BNL for a while, and has been adapted by at least one other group. We will briefly outline the design principles and features, and present a selection of measurements performed at BNL as examples. The BNL cod
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Presented by Martin Lothar PURSCHKE, Dr. Martin PURSCHKE
on
2 Oct 2012
at
12:00
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