A Precision Measurement of the Transverse Asymmetry AAC from ...
A Precision Measurement of the Transverse Asymmetry AAC from ...
A Precision Measurement of the Transverse Asymmetry AAC from ...
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S1R 1-6>1-6<br />
S2R 1-6>7-12<br />
pulser>14<br />
patch 1, row 1 fixed<br />
cable delay<br />
1-13<br />
4413/200<br />
DISCR<br />
1-12,14 1-12,14<br />
4518/100<br />
DELAY/FO<br />
1-12,14<br />
H1/2 H1/4<br />
to ADC<br />
4518/100<br />
DELAY/FO<br />
H1/16<br />
modular<br />
880 ns<br />
delay<br />
to TDC<br />
4518/100<br />
4564<br />
DELAY/FO<br />
1-12,14<br />
OR<br />
H1/17<br />
H1/18<br />
Must be added to allow S1R to be<br />
included in strobe but maintain<br />
S2R timing<br />
S1R-OR<br />
OR<br />
S2R-OR<br />
(rear panel out)<br />
7<br />
ECL->NIM<br />
to SCALER<br />
ECL<br />
Phillips<br />
3 NIM<br />
H1/22,23<br />
fixed<br />
cable delay<br />
RETIMING DELAY<br />
NIM<br />
to FTM<br />
INPUT A<br />
1-12,14<br />
INPUT B<br />
1-12,14<br />
to SCALERS ABC1<br />
4516<br />
AND<br />
1-12<br />
4518/100<br />
S1 1-6<br />
DELAY/FO<br />
2373<br />
MLU<br />
S2 7-12<br />
1-12<br />
H1/6 H1/8 H1/10<br />
pulser 14<br />
to SCALERS ABC2<br />
ENABLE<br />
1>S-RAY<br />
2>S1-OR<br />
3>S2-OR<br />
7>S1-OR OR<br />
S2-OR<br />
S1L 1-6>1-6<br />
S2L 1-6>7-12<br />
pulser>14<br />
4413/200<br />
DISCR<br />
H1/14<br />
1-12,14<br />
4518/100<br />
DELAY/FO<br />
H1/12<br />
to SCALERS ABC0<br />
A1 - A10<br />
GAS CERENKOV<br />
B1 - B10<br />
L1-13>1-13<br />
fixed<br />
cable delay<br />
patch 1, row 2<br />
NIM<br />
LINEAR<br />
FAN-IN<br />
1-4<br />
NIM<br />
LINEAR<br />
FAN-IN<br />
5-8<br />
NIM<br />
LINEAR<br />
FAN-IN<br />
9-10<br />
patch 2, row 2 fixed<br />
cable delay<br />
4413/200<br />
DISCR<br />
1-12,14 1-12,14<br />
NIM/3<br />
NIM<br />
LINEAR<br />
FAN-IN<br />
4518/100<br />
DELAY/FO<br />
1-13<br />
H2/16 H2/18<br />
to ADC<br />
C/G<br />
ANALOG SUM>11<br />
to ADC<br />
1-13<br />
>1-10<br />
modular<br />
fixed<br />
delay<br />
modular<br />
860 ns<br />
delay<br />
4413/200<br />
DISCR<br />
H2/2<br />
to TDC<br />
4518/100<br />
DELAY/FO<br />
1-11 fixed to ADC<br />
cable delay<br />
patch 2, row 1<br />
to TDC<br />
1-11<br />
to SCALERS ABC6<br />
H2/4<br />
1-11<br />
1-11<br />
11<br />
to SCALERS<br />
C/G-SUM<br />
modular<br />
840 ns<br />
delay<br />
to TDC<br />
Note: both Cerenkov detectors are removed<br />
<strong>from</strong> <strong>the</strong> detector stack for <strong>the</strong> D(e,e’d)<br />
experiment. This does not affect logic<br />
since both serve as vetoes to <strong>the</strong> logic<br />
PROMPT TRIGGER T3<br />
S-RAY<br />
S1<br />
S2<br />
C/G<br />
C/A<br />
SRAY<br />
2373<br />
MLU<br />
H2/7<br />
PROMPT TRIGGER T4<br />
No SRAY but all o<strong>the</strong>r<br />
possible combinaations<br />
with one missing<br />
____<br />
SRAY*S1<br />
____<br />
SRAY*S2<br />
AEROGEL<br />
CERENKOV<br />
to SCALERS<br />
to SCALERS<br />
1-13<br />
17-30<br />
4564<br />
OR<br />
4518/100<br />
DELAY/FO<br />
C/A-OR<br />
R1-13>1-13<br />
4413/200<br />
DISCR<br />
H2/20<br />
1-13<br />
4518/100<br />
DELAY/FO<br />
H2/22<br />
1-13<br />
These must be added to put AEROGEL<br />
into logic<br />
LeCroy Model Number<br />
modular<br />
fixed<br />
delay<br />
fixed<br />
cable delay to ADC<br />
patch 2, row 3<br />
to TDC<br />
FUNCTION<br />
times used,blank if 1<br />
CAMAC CRATE/SLOT<br />
CAMAC Module Notation<br />
Note: The FPP is not included in TRIGGER LOGIC<br />
Note: The modular delays are NIM LD1200<br />
HALL A HADRON PROMPT TRIGGER DESIGN 11/13/97<br />
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