W.Van Doninck 4/2/05 YE-1 Rack layout (9/12/04). W.Van Doninck 4/2/05 YE-1 Rack layout (9/12/04)

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Presentation transcript:

W.Van Doninck 4/2/05 YE-1 Rack layout (9/12/04)

W.Van Doninck 4/2/05 YE-1 Rack layout (9/12/04)

W.Van Doninck 4/2/05 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)

W.Van Doninck 4/2/05 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) 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)

W.Van Doninck 4/2/05 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 Connector1Connector2 Strip row /scheme Pin1,2Pin31,32Pin1,2Pin31,32 sch1 A RPC strip#16 Log strip#16 RPC strip#1 Log strip#1 RPC strip#32 Log strip#32 RPC strip#17 Log strip#17 B,C RPC strip#1 Log strip#1 RPC strip#16 Log strip#16 RPC strip#17 Log strip#17 RPC strip#32 Log strip#32 sch2 A RPC strip#16 Log strip#17 RPC strip#1 Log strip#32 RPC strip#32 Log strip#1 RPC strip#17 Log strip#16 B,C RPC 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 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

W.Van Doninck 4/2/05 RPC’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/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 1

W.Van Doninck 4/2/05 RPC’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