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Electronic design / Oscillators / Radio electronics / Dead time / Phase-locked loop / Data acquisition / Flip-flop / Thomas Jefferson National Accelerator Facility / M-Module / Electronic engineering / Electronics / Digital electronics


The MINERνA data acquisition system and infrastructure
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Document Date: 2013-01-30 16:35:14

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File Size: 3,44 MB

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City

Gainesville / Piscataway / Lima / Lemont / Rio de Janeiro / Irvine / Evanston / Batavia / North Adams / Guanajuato / Williamsburg / /

Company

Argonne National Laboratory / CRIM / CROCs / MINERnA / UPS / FEBs / CRIMs / Elsevier B.V. / Cisco / /

Country

Peru / Mexico / United States / /

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Facility

Northwestern University / Feynman Computing Center / University of Florida / USA Fermi National Accelerator Laboratory / Thomas Jefferson Lab National Accelerator Facility / Massachusetts College of Liberal Arts / Wilson Hall / University of California / pipeline ADCs / NuMI hall / Temple University / University of Rochester / University of Pittsburgh / College of William / Fermilab Test Beam Facility / The State University of New Jersey / LeCroy High Voltage Power System / University of Minnesota / TRIG port / Fermi National Accelerator Laboratory / Hampton University / /

IndustryTerm

electronics components / above-ground computing clusters / safety systems / early low-energy configuration / Buffer management / card accounting / software command / slow monitoring processing jobs / readout equipment / low-to-medium energy neutrino-nucleus scattering experiment / discriminator bank / gain chip / overall online scheme / internet name / electronics equipment / offline software convention / above-ground network / ethernet networking / resistor-base technology / readout electronics / control electronics / hardware electronics components / typical bank structure / plastic scintillator / web interface / chip / bank data / electronics / run control software / frequent neutrino energy / fundamental detector technology / near-online monitoring / /

NaturalFeature

MINERnA FEBs mount / Crates CROCs FEBs Total Channels Fall / /

OperatingSystem

Microsoft Windows / Linux / Fermi / /

Organization

Power Distribution Unit / University of California / College of William & Mary / University of Rochester / Rochester / Universidad Nacional / ASIC / Central Intelligence Agency / Hampton University / Temple University / Philadelphia / Massachusetts College of Liberal Arts / Front End Board / Rutgers / Brazil Department of Physics / Northwestern University / Department of Physics and Astronomy / State University of New Jersey / Universidad de Guanajuato / CRIM SGATE / Universidad Te´cnica Federico Santa Marı´a / Feynman Computing Center / University of Pittsburgh / Pittsburgh / USA Fermi National Accelerator Laboratory / Accelerator Division / University of Florida / Fast Command / University of Minnesota / /

Person

Federico Santa Marı / Xavier Sigaud / /

Position

CAEN V2718 crate controller / V2718 VME crate controller / logger / Major / DAQ manager / Corresponding author / Colonel / general details / Chain ReadOut Controller / controller / /

Product

Light Injection / NuMI beam Light injection / /

ProgrammingLanguage

JLab / Python / /

ProvinceOrState

Minnesota / Virginia / New York / Michigan / California / New Jersey / Illinois / Manitoba / Pennsylvania / Florida / Massachusetts / /

Technology

FPGA / RAM / high gain TriP-t chips / TriP-t chips / fundamental detector technology / packing algorithm / Linux / medium-gain TriP-t chips / thin-client TCP protocol / high-gain chip / Access Control List / twisted pair / one chip / two separate TriP-t chips / six TriP-t chips / ring high-gain chip / low-gain TriP-t chip / resistor-base technology / ADC / GPS / RJ-45 / ethernet / ASIC / TriP-t chip / high gain TriP-t chip / low gain TriP-t chip / radio frequency / Integrated Circuit / /

URL

http /

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