Abstract
We show a trigger scheme using slow drift detector signals for the generation of precisely timed trigger signals. We studied possible ways to realize this idea using a two-stage mean timer to analyze signals from projective pairs of drift tubes. The first stage symmetrizes the relative times of signals from a 4-layer superlayer. A condition for track separation is specified by paired pulses symmetric spaced about the total drift time. The second stage of analysis uses a position sensitive mean timer and trigger pulse can generated by a 4-fold coincidence. The second stage mean timer allows a more effective suppression of random and combinatorial coincidences. 4 refs., 4 figs.
Barabash, L S;
Frolov, V N;
Kalinnikov, V A;
Kuznetsov, K N;
Popov, A A;
Yatsunenko, Yu A;
[1]
Wang, A T.M.
[2]
- Joint Inst. for Nuclear Research, Dubna (Russian Federation). Lab. of Nuclear Problems
- SSL Lab., Dallas, Texas (United States of America)
Citation Formats
Barabash, L S, Frolov, V N, Kalinnikov, V A, Kuznetsov, K N, Popov, A A, Yatsunenko, Yu A, and Wang, A T.M.
Use of signals from slow drift detectors for generation of level 1 muon trigger.
JINR: N. p.,
1993.
Web.
Barabash, L S, Frolov, V N, Kalinnikov, V A, Kuznetsov, K N, Popov, A A, Yatsunenko, Yu A, & Wang, A T.M.
Use of signals from slow drift detectors for generation of level 1 muon trigger.
JINR.
Barabash, L S, Frolov, V N, Kalinnikov, V A, Kuznetsov, K N, Popov, A A, Yatsunenko, Yu A, and Wang, A T.M.
1993.
"Use of signals from slow drift detectors for generation of level 1 muon trigger."
JINR.
@misc{etde_10138819,
title = {Use of signals from slow drift detectors for generation of level 1 muon trigger}
author = {Barabash, L S, Frolov, V N, Kalinnikov, V A, Kuznetsov, K N, Popov, A A, Yatsunenko, Yu A, and Wang, A T.M.}
abstractNote = {We show a trigger scheme using slow drift detector signals for the generation of precisely timed trigger signals. We studied possible ways to realize this idea using a two-stage mean timer to analyze signals from projective pairs of drift tubes. The first stage symmetrizes the relative times of signals from a 4-layer superlayer. A condition for track separation is specified by paired pulses symmetric spaced about the total drift time. The second stage of analysis uses a position sensitive mean timer and trigger pulse can generated by a 4-fold coincidence. The second stage mean timer allows a more effective suppression of random and combinatorial coincidences. 4 refs., 4 figs.}
place = {JINR}
year = {1993}
month = {Dec}
}
title = {Use of signals from slow drift detectors for generation of level 1 muon trigger}
author = {Barabash, L S, Frolov, V N, Kalinnikov, V A, Kuznetsov, K N, Popov, A A, Yatsunenko, Yu A, and Wang, A T.M.}
abstractNote = {We show a trigger scheme using slow drift detector signals for the generation of precisely timed trigger signals. We studied possible ways to realize this idea using a two-stage mean timer to analyze signals from projective pairs of drift tubes. The first stage symmetrizes the relative times of signals from a 4-layer superlayer. A condition for track separation is specified by paired pulses symmetric spaced about the total drift time. The second stage of analysis uses a position sensitive mean timer and trigger pulse can generated by a 4-fold coincidence. The second stage mean timer allows a more effective suppression of random and combinatorial coincidences. 4 refs., 4 figs.}
place = {JINR}
year = {1993}
month = {Dec}
}