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An Ethernet-based Data Acquisition System for the NIFFTE Time Projection Chamber

Authors :
S. Watson
J. Deaven
D. M. Asner
G. Tatishvili
M. Cunningham
Eric Burgett
J. Ruz
Alexander B Laptev
T. N. Massey
W. Loveland
N. Kornilov
Uwe Greife
S. M. Grimes
R. G. Baker
M. Heffner
L. Snyder
Samuele Sangiorgio
J. L. Klay
H. Qu
Fredrik Tovesson
Sean C. Stave
B. Seilhan
Lynn Wood
V. Kleinrath
B. Wendt
R. T. Thornton
Dwayne Towell
Tony S. Hill
R. S. Towell
R. Meharchand
D. L. Duke
D. Isenhower
J. Bundgaard
Source :
Nuclear Data Sheets. 119:377-379
Publication Year :
2014
Publisher :
Elsevier BV, 2014.

Abstract

When fully instrumented, the NIFFTE Time Projection Chamber will consist of nearly 6000 channels, each of which requires a preamplifier, ADC, and digital readout. To minimize channel cost and size, the EtherDAQ data acquisition system utilizes off-the-shelf FPGA and Ethernet fiber technology. This application of commercially-available components made it possible to meet the requirements of the DAQ system with considerably less development cost and time than the a customized ASIC solution, and provides considerable flexibility in the final design. The detailed design and current status of the preamplifier and EtherDAQ boards will be discussed.

Details

ISSN :
00903752
Volume :
119
Database :
OpenAIRE
Journal :
Nuclear Data Sheets
Accession number :
edsair.doi...........0676137b7f0f1d37a0d46b29b1f9b651