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YE-1 Rack layout (9/12/04). YE-1 Rack layout (9/12/04). YE-1 +x top floor (9/12/04). 3*100A =12 slots for 3LBB 2*Dis12=24 ch for 6 RE1/2, 6 RE1/3 6 RE2/2, 6 RE2/3. YE-1 +x middle floor (9/12/04). YE-1 +x lower floor (9/12/04). 3*100A =12 slots for 3 LBB - PowerPoint PPT Presentation
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W.Van Doninck 4/2/05
YE-1 Rack layout (9/12/04)YE-1 Rack layout (9/12/04)YE-1 Rack layout (9/12/04)YE-1 Rack layout (9/12/04)
W.Van Doninck 4/2/05
YE-1 Rack layout (9/12/04)YE-1 Rack layout (9/12/04)YE-1 Rack layout (9/12/04)YE-1 Rack layout (9/12/04)
W.Van Doninck 4/2/05
YE-1 +x top floor (9/12/04)YE-1 +x top floor (9/12/04)YE-1 +x top floor (9/12/04)YE-1 +x top floor (9/12/04)
3*100A =12 slots for 3LBB
2*Dis12=24 ch for 6 RE1/2, 6 RE1/3
6 RE2/2, 6 RE2/3
W.Van Doninck 4/2/05
YE-1 +x middle floor (9/12/04)YE-1 +x middle floor (9/12/04)YE-1 +x middle floor (9/12/04)YE-1 +x middle floor (9/12/04)
W.Van Doninck 4/2/05
YE-1 +x lower floor (9/12/04)YE-1 +x lower floor (9/12/04)YE-1 +x lower floor (9/12/04)YE-1 +x lower floor (9/12/04)
3*100A =12 slots for 3 LBB
2*100A = 8 slots for 3 LBB RE1/1
5*Dis12=60 ch for 12 RE1/2, 12 RE1/3
12 RE2/2, 12 RE2/3
W.Van Doninck 4/2/05
YE-1 -x top floor (9/12/04)YE-1 -x top floor (9/12/04)YE-1 -x top floor (9/12/04)YE-1 -x top floor (9/12/04)
3*100A =12 slots for 3 LBB
2*100A = 8 slots for 3 LBB RE1/1
18 RE1/1 (staged)
5*Dis12=60 ch for 12 RE1/2, 12 RE1/3
12 RE2/2, 12 RE2/3
W.Van Doninck 4/2/05
YE-1 -x middle floor (9/12/04)YE-1 -x middle floor (9/12/04)YE-1 -x middle floor (9/12/04)YE-1 -x middle floor (9/12/04)
W.Van Doninck 4/2/05
YE-1 -x lower floor (9/12/04)YE-1 -x lower floor (9/12/04)YE-1 -x lower floor (9/12/04)YE-1 -x lower floor (9/12/04)
18 RE1/1 (staged)
3*100A =12 slots for 3 LBB
2*Dis12=24 ch for 6 RE1/2, 6 RE1/3
6 RE2/2, 6 RE2/3
W.Van Doninck 4/2/05
A1 A2
B1 B2
C1 C2
RPC Chamber
Connector Box
Connector Box seen from top of chamber:
A2 A1 B1
C2 B2 C1
strip 1
Strip row B,C - strip 1 on pins 1,2 of conn. B1 (C1),
strip 17 on on pins 1,2 of conn. B2 (C2),
Strip row A - strip 1 on pins 31,32 of conn. A1,
strip 17 on on pins 31,32 of conn. A2
strip 1
W.Van Doninck 4/2/05
Scheme
Connector1 Connector2
Strip row /scheme Pin1,2 Pin31,32 Pin1,2 Pin31,32
sch1
ARPC strip#16
Log strip#16
RPC strip#1
Log strip#1
RPC strip#32
Log strip#32
RPC strip#17
Log strip#17
B,CRPC strip#1
Log strip#1
RPC strip#16
Log strip#16
RPC strip#17
Log strip#17
RPC strip#32
Log strip#32
sch2
ARPC strip#16
Log strip#17
RPC strip#1
Log strip#32
RPC strip#32
Log strip#1
RPC strip#17
Log strip#16
B,CRPC strip#1
Log strip#32
RPC strip#16
Log strip#17
RPC strip#17
Log strip#16
RPC strip#32
Log strip#1
Remarks
1. Log strip numbering clockwise, seen along z axis,
2. RPC srip numbering as on page 9,
3. Reoredering of bits must be done on TB (PAC) to have continue and accordant to log strip numbering
W.Van Doninck 4/2/05
Sector1/36
Sector2/36
Sector36/36
Sector10/36
scheme1
scheme2
RPC strip #1
Log strip #1
Log strips (logical trigger strips) counts clockwise looking along Z axis
scheme2
scheme2
scheme1
scheme1
W.Van Doninck 4/2/05
Sector10/36
Sector1/36
Sector2/36
Sector36/36
scheme1
RPC strip #1
Log strip #1
Log strips (logical trigger strips) counts clockwise looking along Z axis
scheme1
scheme1
scheme1
W.Van Doninck 4/2/05
RPC’s on disks “Bird’s view” REn/3RPC’s on disks “Bird’s view” REn/3RPC’s on disks “Bird’s view” REn/3RPC’s on disks “Bird’s view” REn/3
z
x
YE+1
YE-1
IP
YE-2
YE-3
YE+2
YE+3
Phi=85 deg.
Phi=95 deg.
RE1/3
RE2/3
Scheme 1
Scheme 2
Scheme 1
W.Van Doninck 4/2/05
RPC’s on disks “Bird’s view” REn/2RPC’s on disks “Bird’s view” REn/2RPC’s on disks “Bird’s view” REn/2RPC’s on disks “Bird’s view” REn/2
z
x
YE+1
YE-1
IP
YE-2
YE-3
YE+2
YE+3
Phi=85 deg.
Phi=95 deg.
RE1/2
RE2/2
Scheme 1 Scheme
2
Scheme 1
Scheme 2
Scheme 2
Scheme 1
Scheme 1
Scheme 1
Scheme 1
W.Van Doninck 4/2/05
RPC’s on disks “Bird’s view” RE1/1RPC’s on disks “Bird’s view” RE1/1RPC’s on disks “Bird’s view” RE1/1RPC’s on disks “Bird’s view” RE1/1
z
x
YE+1
YE-1
IP
YE-2
YE-3
YE+2
YE+3
Phi=85 deg.
Phi=95 deg.
RE1/1
W.Van Doninck 4/2/05
RE1/3 RE1/2 RE2/3 RE2/2 RE1/3 RE1/2 RE2/3 RE2/2s1 sch2 sch2 sch1 sch1 sch1 sch1 sch2 sch2s2 sch2 sch1 sch1 sch1 sch1 sch2 sch2 sch2s3 sch2 sch2 sch1 sch1 sch1 sch1 sch2 sch2s4 sch2 sch1 sch1 sch1 sch1 sch2 sch2 sch2s5 sch2 sch2 sch1 sch1 sch1 sch1 sch2 sch2s6 sch2 sch1 sch1 sch1 sch1 sch2 sch2 sch2s7 sch2 sch2 sch1 sch1 sch1 sch1 sch2 sch2s8 sch2 sch1 sch1 sch1 sch1 sch2 sch2 sch2s9 sch2 sch2 sch1 sch1 sch1 sch1 sch2 sch2
s10 sch2 sch1 sch1 sch1 sch1 sch2 sch2 sch2s11 sch2 sch2 sch1 sch1 sch1 sch1 sch2 sch2s12 sch2 sch1 sch1 sch1 sch1 sch2 sch2 sch2s13 sch2 sch2 sch1 sch1 sch1 sch1 sch2 sch2s14 sch2 sch1 sch1 sch1 sch1 sch2 sch2 sch2s15 sch2 sch2 sch1 sch1 sch1 sch1 sch2 sch2s16 sch2 sch1 sch1 sch1 sch1 sch2 sch2 sch2s17 sch2 sch2 sch1 sch1 sch1 sch1 sch2 sch2s18 sch2 sch1 sch1 sch1 sch1 sch2 sch2 sch2s19 sch2 sch2 sch1 sch1 sch1 sch1 sch2 sch2s20 sch2 sch1 sch1 sch1 sch1 sch2 sch2 sch2s21 sch2 sch2 sch1 sch1 sch1 sch1 sch2 sch2s22 sch2 sch1 sch1 sch1 sch1 sch2 sch2 sch2s23 sch2 sch2 sch1 sch1 sch1 sch1 sch2 sch2s24 sch2 sch1 sch1 sch1 sch1 sch2 sch2 sch2s25 sch2 sch2 sch1 sch1 sch1 sch1 sch2 sch2s26 sch2 sch1 sch1 sch1 sch1 sch2 sch2 sch2s27 sch2 sch2 sch1 sch1 sch1 sch1 sch2 sch2s28 sch2 sch1 sch1 sch1 sch1 sch2 sch2 sch2s29 sch2 sch2 sch1 sch1 sch1 sch1 sch2 sch2s30 sch2 sch1 sch1 sch1 sch1 sch2 sch2 sch2s31 sch2 sch2 sch1 sch1 sch1 sch1 sch2 sch2s32 sch2 sch1 sch1 sch1 sch1 sch2 sch2 sch2s33 sch2 sch2 sch1 sch1 sch1 sch1 sch2 sch2s34 sch2 sch1 sch1 sch1 sch1 sch2 sch2 sch2s35 sch2 sch2 sch1 sch1 sch1 sch1 sch2 sch2s36 sch2 sch1 sch1 sch1 sch1 sch2 sch2 sch2
yen1 ye110deg sectors
