Cables to be manufactured at Fermilab for the D0 L1.5 Calorimeter Trigger project: NOTE: The cables should be built with the following SIDE VIEW: .---- connector mating v surface .---- top of strain .---. v relief pin #1 marker ---->| | .---. _| |-. .-| |------------------------------------| |-' `-| |- `---' | |<---- pin #1 marker ^ top of strain `---' `---- relief ^ connector mating `---- surface (1) CRC --> Local DSP Cables ------------------------ Quantity: 40 Type: 24-conductor twist-n-flat Length: 2 "sections" (approximately 40 inches) Connectors: one 24-contact "socket-style" cable mount connector (with strain reliefs) on each end, mounted in the normal fashion (i.e. brown wire is pin #1 on each end) Labels: see file CRC_to_Local_DSP_Labels.TXT Materials for these cables will be supplied by MSU (2) ERPB --> ERPB Daisy-Chain Cables: Type I ----------------------------------------- Quantity: 60 Type: 50-conductor twist-n-flat Length: 1 "section" (approximately 20 inches) Connectors: one 50-contact "socket-style" cable mount connector (with strain reliefs) on each end, mounted in the normal fashion (i.e. brown wire is pin #1 on each end) Labels: each end should be labelled: "ERPB to ERPB Daisy-Chain Cable Type I" Materials for these cables will be supplied by FNAL (3) ERPB --> ERPB Daisy-Chain Cables: Type II ------------------------------------------ Quantity: 10 Type: 50-conductor twist-n-flat Length: 2 "sections" (approximately 40 inches) Connectors: one 50-contact "socket-style" cable mount connector (with strain reliefs) on each end, mounted in the normal fashion (i.e. brown wire is pin #1 on each end) Labels: each end should be labelled: "ERPB to ERPB Daisy-Chain Cable Type II" Materials for these cables will be supplied by FNAL (4) CTFE --> ERPB Data Cables: Type I --------------------------------- Quantity: 160 Type: 40-conductor FLAT (no twist) Length: The connectors on this cable are to be 3.25" apart measured center-to-center. This specifies the spacing before installing strain-reliefs. See the following side view: | | |<--------- 3.25" ---------------------->| | | v | .---. | pin #1 -->| | v marker | | .---. -| |------------------------------------| |- `---' | | ^ | |<-- pin #1 `-- top of crimp-on `---' marker connector ^ connector mating --' surface Connectors: one 40-contact "socket-style" cable mount connector (with strain reliefs) on each end, mounted in the normal fashion (i.e. brown wire is pin #1 on each end) Labels: these cables should have NO LABELS on either end A model cable is included. Materials for these cables will be supplied by FNAL (5) CTFE --> ERPB Data Cables: Type II ---------------------------------- Quantity: 160 Type: 40-conductor FLAT (no twist) Length: The connectors are to be 5.5" apart measured center-to- center as described in item (4). Connectors: one 40-contact "socket-style" cable mount connector (with strain reliefs) on each end, mounted in the normal fashion (i.e. brown wire is pin #1 on each end) Labels: these cables should have NO LABELS on either end A model cable is included. Materials for these cables will be supplied by FNAL (6) CTFE --> ERPB Data Cables: Type III ----------------------------------- Quantity: 120 Type: 40-conductor FLAT (no twist) Length: The connectors are to be 7.75" apart measured center-to- center as described in item (4). Connectors: one 40-contact "socket-style" cable mount connector (with strain reliefs) on each end, mounted in the normal fashion (i.e. brown wire is pin #1 on each end) Labels: these cables should have NO LABELS on either end A model cable is included. Materials for these cables will be supplied by FNAL (7) CTFE --> ERPB Data Cables: Type IV ---------------------------------- Quantity: 40 Type: 40-conductor twist-n-flat Length: 1 "section" (approximately 20 inches) Connectors: one 40-contact "socket-style" cable mount connector (with strain reliefs) on each end, mounted in the normal fashion (i.e. brown wire is pin #1 on each end) Labels: these cables should have NO LABELS on either end Materials for these cables will be supplied by FNAL