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tuning_the_s800_xdt [2015/10/21 16:14] pereira |
tuning_the_s800_xdt [2015/10/21 16:50] pereira [Unreacted beam] |
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=== Timing setup === | === Timing setup === | ||
+ | |||
+ | rview: | ||
+ | |||
+ | * There are three electronic " | ||
+ | * MTDC: | ||
+ | * The OBJ and XFP signals comes from the MCFD module | ||
+ | * The OBJ signal into the MCFD comes from the detector via S3 patch panel #94 (going to the target area) | ||
+ | * The XFP signal into the MCFD module comes from data-U6 patch panel #70, which is connected to the CANBERRA 454 CFD XFP output in data U6 | ||
+ | * The MTDC timing signals do not require external delay adjustments because the matching window is sufficiently wide | ||
+ | * Tennelec TACs: | ||
+ | * The OBJ and XFP signals do not go through the MCFD module | ||
+ | * The OBJ stop signal comes from data-U6 patch panel #62, which is connected to the CANBERRA 454 CFD OBJ output in data U6. The corresponding CFD input is connected to data-U6 patch panel #54 | ||
+ | |||
+ | * The XFP stop signal comes from data-U6 patch panel #70, which is connected to the CANBERRA 454 CFD OBJ output in data U6. The corresponding CFD input receives the signal via patch panel to data U1 | ||
+ | |||
+ | |||
+ | * | ||
+ | * the detector via S3 patch panel #94 (going to the target area) | ||
+ | * The XFP signal into the MCFD module comes from data-U6 patch panel #70, which is connected to the CANBERRA 454 CFD output in data U6 | ||
+ | * The MTDC timing signals do not require external delay adjustments because the matching window is sufficiently wide | ||
+ | |||
+ | |||
+ | |||
+ | * Phillips TDC: | ||
+ | * The OBJ and XFP signals do not go through the MCFD module | ||
+ | * The OBJ stop signal comes from data-U6 patch panel #67. | ||
+ | * | ||
+ | * The XFP signal into the MCFD module comes from data-U6 patch panel #70, which is connected to the CANBERRA 454 CFD output in data U6 | ||
+ | |||
+ | * The full range of the TACs and Phillips TDC is ~400 ns | ||
+ | * | ||
* See [[http:// | * See [[http:// |