| RT2007 FESP202 | |
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| Title | Radiation-tolerant SRAM-FPGA Based Trigger and Readout Electronics for the ALICE Experiment. | Submitted | 26-JAN-07 09:07 (UTC -06:00) |
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| Classification | Front-end Signal Processing | Modified | |
| Session | FESP2 | Presentation | Oral |
| Speaker | Johan Alme | Paper ID | FESP202 |
| Paper PDF | Download | ||
| Author(s) | Johan Alme, Dominik Fehlker, Magne Munkejord, Matthias Richter, Dieter Rohrich, Anders Rossebo, Are Stangeland, Kjetil Ullaland (UoB, 5007 Bergen), Haavard Helstrup, Ketil Roed (Bergen University College, Bergen), Roberto Campagnolo, Carmen Gonzalez Gutierrez, Hans Muller, Luciano Musa, Alexandra Dana Oltean Karlsson, Rui Pimenta (CERN, Geneva), Per Thomas Hille, Bernhard Skaali (University of Oslo, Oslo) | ||
| Abstract | The ALICE detector is a dedicated heavy-ion detector to be commissioned as a part of Large Hadron Collider (LHC) in 2007 at CERN. The Photon Spectrometer (PHOS) provides a trigger at L0 and L1 (e.g. high-pt photons) by the use of several Trigger Router Units (TRUs) and a Trigger-OR board. The ALICE triggers are handled by the Central Trigger Processor (CTP), and distributed to all sub-detectors, amongst other the Time Projection Chamber (TPC). The PHOS trigger electronics and the readout electronics of the TPC (and PHOS) are situated close to the collision-point, and errors due to radiation effects are to be expected. This article will focus on how the radiation environment affects the trigger reception of the TPC/PHOS readout electronics and the trigger system in general. | ||
| Word Count: 126 Character Count: 773 | |||
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| File Name | File Type | Platform | Uploaded |
|---|---|---|---|
| FESP202.PDF | Portable Document Format | Intel PC | 30-APR-07 06:38 (UTC -05:00) |
| FESP202_talk.ppt | Transparencies | Intel PC | 30-APR-07 06:11 (UTC -05:00) |
| Please contact the RT2007 Database Administrator with questions, problems, and/or suggestions. | 23-FEB-09 14:28 (UTC -06:00) |
| SPMS Author: Matthew Arena — Fermi National Accelerator Laboratory | SPMS Version 7.2 |