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2 bi-gaps

2 bi-gaps. 2 bi-gaps. 2 bi-gaps. LVA channel. LVD channel. HV channel. RB = remote board. HV-LV architecture for a barrel sector. 26 L V channel s 4 Remote Boards 17 HV channels. DT chamber. RB4. 2 bi-gaps. 2 bi-gaps. 4 LV. 4 HV c h. 2 RB. 1 RB.

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2 bi-gaps

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  1. 2 bi-gaps 2 bi-gaps 2 bi-gaps LVA channel LVD channel HV channel RB = remote board HV-LV architecture for a barrel sector 26 LV channels 4 Remote Boards 17 HV channels DT chamber RB4 2 bi-gaps 2 bi-gaps 4 LV 4 HV ch 2 RB 1 RB DT chamber 4 HV ch RB3 2 bi-gaps 2 bi-gaps 4 LV 3 bi-gaps 6 LV ch 3 HV ch RB2 1 RB DT chamber 1 RB 4 LV ch 2 HV ch 4 LV ch 2 HV ch RB1 1 RB 1 RB DT chamber 4 LV ch 2 HV ch 2 bigaps = 96 strips = 6 febs 26 ch * 12 sect * 5 wheels = 1560 LV 17 ch * 12 sect * 5 wheels = 1020 HV 4 remote boards * 12 sect * 5 wheels = 240 RB

  2. 1 2 3 4 LV-HV LV-HV 5 6 7 8 LV-HV LV-HV Barrel HV-LV schema 26 LV ch/cable + 17 HV ch/cableper sector LV-HV LV-HV Settore -4 Settore -5 LV-HV Muon racks 2 RPC HV-LV crates Settore –6 LV HV 26 LV ch/cable 17 HV 26 LV Control room 17 HV 26 LV 17 HV ch/cable 48 remote boards/wheel 240 Remote Board 1 crates/rack  8 crates/wheel  40 crates LV 26 ch * 12 sect * 5 whells = 1560 LV 17 ch * 12 sect * 5 whells = 1020 HV HV

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