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Comprehensive Testing Goals for Calorimeter and Cerenkov Detector Systems

This document outlines the testing goals for the SoLID test stand, focusing on the evaluation of calorimeter trigger logic, latency, and maximum trigger rates. Key areas include FADC readout speeds, APV25 readout capabilities, and coincidence detection for the Cerenkov calorimeter. Hardware availability is listed, including multiple VXS crates, FADCs, and Intel CPUs to support SIDIS trigger and readout operations. Plans for future test runs utilizing beam conditions are also mentioned, targeting optimal response characterization from both calorimeter and Cerenkov detectors.

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Comprehensive Testing Goals for Calorimeter and Cerenkov Detector Systems

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  1. SoLID Test stand Alexandre Camsonne July 23rd 2013

  2. Goals of tests • Calorimeter trigger logic and latency, maximum trigger rate • FADC readout maximum speed • APV25 maximum readout speed • Coincidence Cerenkov calorimeter • SIDIS trigger and readout

  3. Hardware available • 2 VXS crates • 4 FADC • 1 SSP • 2 intel CPU • 1 TI • 1 computer • CTP coming

  4. Calorimeter trigger tests VME CPU TI SD CTP FADC FADC FADC MPD Pulser signals To simulate EC+CC coincidence HPS firmware If possible implement selective readout of FADC channels

  5. Compton / FADC readout test VME CPU TI SD FADC Pulser signals

  6. SIDIS trigger test VME CPU VME CPU TI TI CTP CTP SD SD FADC FADC FADC FADC VME CPU MPD VME CPU TI TS SD GTP SSP

  7. Aditionnal hardware request • Should • 1 GTP • L3 computer • TS • 4 SD • 1 TI • 1 CTP • 41 K$ • Like • 1 VXS crate • 1 CTP • More FADC

  8. Beam test run Calo VME CPU MPD TS SD VME CPU TI CTP SD FADC FADC VME CPU TI GTP SSP scintillator GEM scintillator GEM scintillator GEM Cer

  9. Detector testing • Can do same tests with calorimeter and cerenkov detector • Cosmics • LED • Useful to check trigger response to real signal from calorimeter and cerenkov • Could plan for test run next year with beam

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