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Calorimeter detector

15M cable link. 2M cable link. Backplane link. Optic Mezzanine rubbon of 12 fiber. Calorimeter detector. 20 bits @40Mhz Link = 4 copper wire Serial LVDS 280Mhz. Front-end boards. Trigger Validation Board (TVB). 32 bits @40Mhz Link = Optic fibre 1.2 Ghz. Selection Board (SB).

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Calorimeter detector

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  1. 15M cable link 2M cable link Backplane link Optic Mezzanine rubbon of 12 fiber Calorimeter detector 20 bits @40Mhz Link = 4 copper wire Serial LVDS 280Mhz Front-end boards Trigger Validation Board (TVB) 32 bits @40Mhz Link = Optic fibre 1.2 Ghz Selection Board (SB) cyril.drancourt@lapp.in2p3.fr

  2. FPGA EPPI Outputs: électron photon local pi0 global pi0 Inputs 4 bus HCAL 8 bus ECAL 8 bus PS/SPD FPGA HCAL 4 outputs « Hadron » Trigger Validation Board Outputs Rubon of 12 fiber From Optical Mezzanine (only 8 usedfiber) cyril.drancourt@lapp.in2p3.fr

  3. Upgrade – possibility 1 Calorimeter detector 20 bits @40Mhz Link = 4 copper wire Serial LVDS 280Mhz Front-end boards Optic Mezzanine rubbon of 12 fiber Trigger Validation Board (TVB) 32 bits @40Mhz Link = Optic fibre 1.2 Ghz Tell 40 system with 1.2 GHZ inputs Selection Board (SB) cyril.drancourt@lapp.in2p3.fr

  4. Update trigger design at this time…. cyril.drancourt@lapp.in2p3.fr

  5. 1bus (electron) with 32bits @ 40Mhz 5 opticalfiber 1.2GHhz Optic level 12 bus (8 ECAL + 4 HCAL ) with 20 bits @ 40Mhz 280MHhz LVDS level D2+ D2- D1+ D1- D0+ D0- CK+ CK- 4 bus (hadron) with 32bits @ 40Mhz cyril.drancourt@lapp.in2p3.fr

  6. Tell40 design at this time…. cyril.drancourt@lapp.in2p3.fr

  7. AMC-Tell40 design at this time…. TVB TVB cyril.drancourt@lapp.in2p3.fr

  8. Trigger calorimeter Tell40 • 4 AMC in one TELL40 • 80 hadrons TVB outputs => 4 or 8 AMC • 28 electrons TVB outputs => 2 or 3 AMC • Resume: Calorimeter trigger need 2 or 3 Tell40 cyril.drancourt@lapp.in2p3.fr

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