ND DAQ Asher Kaboth 16 Dec 2019 The Near Detector etector Complex - - PowerPoint PPT Presentation
ND DAQ Asher Kaboth 16 Dec 2019 The Near Detector etector Complex ArgonCube Pixelated LAr s, Photon Detection SAND Multi-Purpose Detector Ar 3 Gaseous Ar TPC MPD ECal th Muon System (maybe) SAND MPD LAr
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s,
th
LAr MPD SAND LAr MPD SAND
SAND MPD Ar3 ๏ ArgonCube ๏ Pixelated LAr ๏ Photon Detection ๏ Multi-Purpose Detector ๏ Gaseous Ar TPC ๏ ECal ๏ Muon System (maybe) ๏ SAND ๏ 3D Scintillator Tracker ๏ Low Density Surround ๏ High Density Surround ๏ ArgonCube+MPD move
axis
๏ Segmented LAr to deal
with pileup problem
๏
~12M pixels in 35
modules
๏ Photon system adds
another few thousand channels
๏ FEC design is well
advanced; zero suppressed, low-rate readout
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๏ 10 bar argon TPC ๏ ~1M channels ๏ Surrounding ECal:
500k–2M channels
๏ FEC not yet
designed
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๏ 3D scintillator
tracker
๏ Surrounding
tracker+ECal
๏ Number of channels
not fully established
๏ FEC not yet
designed
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๏ Beam—easy ๏ Controlled Calibration (e.g. light injection)—easy ๏ Untriggered—Ar3 reads out literally everything ๏ Uncontrolled Calibration (e.g. cosmics)—harder ๏ How much? What topologies? ๏ How much buffer is needed?
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๏ Ar3 has very low, but constant rate (zero suppressed!)—1.5
MB/spill (plus cosmics and Ar39 at 2.5 MB/s)
๏ Fast light system not zero suppressed—5 MB/spill ๏ HPTPC will likely be similar to Ar3 ๏ ECal—dependent on final granularity ๏ 3DSTaK—0.12 MB/spill (Does not include low density and
ECal)
๏ Final rates to be determined by final FEC designs and
trigger choices
๏ Data gathering in progress—first time some groups have
really thought about this, so figures are in flux
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๏ Baseline plan: use the FD hardware
๏ Need to do some work to find out if
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