Performance of the Signal Processing System for the Time Projection Chamber

S. C. Loken,H. Aihara,M. Alston-Garnjost,D. H. Badtke,J. A. Bakken,A. Barbaro Galtieri,A. V. Barnes,B. A. Barnett,B. Blumenfeld,A. Bross,C. Buchanan,W. C. Carithers,O. Chamberlain,J. Chiba,C.Y. Chien,A. R. Clark,O. I. Dahl,C. T. Day,P. Delpierre,K. A. Derby,Philippe H. Eberhard,D. L. Fancher,Hirotsugu Fujii,T. Fujii,B. Gabioud,J. W. Gary,W. Gorn,N.J. Hadley,J.M. Hauptman,B. Heck,H. Hilke,J. E. Huth,J. Hylen,H. Iwasaki,T. Kamae,Robert W. Kenney,L. T. Kerth,R. Koda,R. R. Kofler,K. K. Kwong,J. G. Layter,C.S. Lindsey,S. C. Loken,X. Q. Lu,G. Lynch,L. Madansky,R. J. Madaras,R. Majka,J. Mallet,P. S. Martin,K. Maruyama,J. N. Marx,J. A. J. Matthews,S.O. Melnikoff,William W. Moses,P. Nemethy,D. R. Nygren,Pj Oddone,D. Park,A. Pevsner,M. Pripstein,P.R. Robrish,M. T. Ronan,R. R. Ross,F.R. Rouse,G. Shapiro,M. Shapiro,Bc Shen,W. E. Slater,M.L. Stevenson,D. H. Stork,H. K. Ticho,N. Toge,M. Urban,G. J. Van Dalen,R. van Tyen,H. Videau,M. R. Wayne,W.A. Wenzel,R. F. vanDaalen Wetters,M. Yamauchi,M. E. Zeller,W. M. Zhang

Performance of the Signal Processing System for the Time Projection Chamber

1983

S. C. Loken
H. Aihara
M. Alston-Garnjost
D. H. Badtke
J. A. Bakken
A. Barbaro Galtieri
A. V. Barnes
B. A. Barnett
B. Blumenfeld
A. Bross
C. Buchanan
W. C. Carithers
O. Chamberlain
J. Chiba
C.Y. Chien
A. R. Clark
O. I. Dahl
C. T. Day
P. Delpierre
K. A. Derby
Philippe H. Eberhard
D. L. Fancher
Hirotsugu Fujii
T. Fujii
B. Gabioud
J. W. Gary
W. Gorn
N.J. Hadley
J.M. Hauptman
B. Heck
H. Hilke
J. E. Huth
J. Hylen
H. Iwasaki
T. Kamae
Robert W. Kenney
L. T. Kerth
R. Koda
R. R. Kofler
K. K. Kwong
J. G. Layter
C.S. Lindsey
S. C. Loken
X. Q. Lu
G. Lynch
L. Madansky
R. J. Madaras
R. Majka
J. Mallet
P. S. Martin
K. Maruyama
J. N. Marx
J. A. J. Matthews
S.O. Melnikoff
William W. Moses
P. Nemethy
D. R. Nygren
Pj Oddone
D. Park
A. Pevsner
M. Pripstein
P.R. Robrish
M. T. Ronan
R. R. Ross
F.R. Rouse
G. Shapiro
M. Shapiro
Bc Shen
W. E. Slater
M.L. Stevenson
D. H. Stork
H. K. Ticho
N. Toge
M. Urban
G. J. Van Dalen
R. van Tyen
H. Videau
M. R. Wayne
W.A. Wenzel
R. F. vanDaalen Wetters
M. Yamauchi
M. E. Zeller
W. M. Zhang

The Time Projection Chamber has operated in the PEP colliding beams at SLAC since January 1982. Its signal processing system, containing 16020 channels, has been calibrated and monitored using a computer-controlled test pulser system. We describe the test system and review measurements made with the system of signal processing electronics.

Keywords:

Signal processing
Detector
System testing
Electronic engineering
Image resolution
Electronics
Physics
Ionization
Time projection chamber
Communication channel

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