'132 ns' presentation slideshows

BTeV Trigger and Data Acquisition Electronics

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Time-of-Flight at CDF

Time-of-Flight at CDF. Matthew Jones August 19, 2004. History. An experimental TOF system installed in CDF at the end of Run-I: Covered only 5% of the acceptance Demonstrated feasibility Identified potential problems Contributions to Run-II TOF system from several institutes:

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Level-1 Calorimeter Trigger (WBS 1.2.1)

Level-1 Calorimeter Trigger (WBS 1.2.1). Hal Evans Columbia University for the Run IIb L1Cal group. Outline. Overview & Review System Architecture (Brief) Physics Goals full justification of Run IIb L1Cal: see Lehman Review/TDR Current Status Studies of Data using split signals

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Level-1 Calorimeter Trigger (WBS 1.2.1)

Level-1 Calorimeter Trigger (WBS 1.2.1). Hal Evans Columbia University for the Run IIb L1Cal group. Outline. Overview & Review System Architecture (Brief) Physics Goals full justification of Run IIb L1Cal: see Lehman Review/TDR Current Status Studies of Data using split signals

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Algorithms and Architecture for the L1 Calorimeter Trigger at D0 Run IIb

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Algorithms and Architecture for the L1 Calorimeter Trigger at D0 Run IIb

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Status of The D0 Calorimeter

Status of The D0 Calorimeter. Nirmalya Parua. (For the Calorimeter Group). General Overview. 55k channel Ur/liq. Argon calorimeter Run II upgrade: replacement of electronics to accommodate faster bunch crossings 55k dual FET PreAmps 23k Switch Capacitor Arrays (SCA) on

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Beam-based feedback for LC

Beam-based feedback for LC. ILC luminosity goal 10**34 / cm**2 / s 3000 or 6000 bunches, spacing 150 - 300ns ? DIGITAL FB approach CLIC luminosity goal 10**35 / cm**2 / s c. 100 bunches, spacing c. < 1ns ? ANALOGUE FB approach. IP beam-based feedback for LC. e+. e-.

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