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- AC Rates (using Timeslot 3 and 6): 0Hz, 1Hz, 10Hz, 30Hz, 60Hz, 90Hz, 110Hz, 119Hz, 120Hz
- Fixed Rates: 0Hz, 1Hz ,10Hz, 50Hz, 100Hz, 120Hz, 200Hz, 500Hz, 1KHz, 1.4KHz, 5KHZ, 10KHz, 23KHz, 33KHz(special req. not in Tab 4 from PRD), 46KHz, 93KHz (special req. not in Tab 4 from PRD), 464KHz, 929KHz
The patterns a1) can be interleaved between multiple destinations (SC_DIAG0, SC_BSYD, SC_HXR, SC_SXR, SC_DASEL) up to max 120Hz total.
The patterns b2) can also be interleaved between multiple destinations (SC_DIAG0, SC_BSYD, SC_HXR, SC_SXR, SC_DASEL) up to max 929KHz.
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- Data Acquisition triggers to match beam pulse location respect the destinations: SC SC_BSYD, SC_HXR, SC_SXR for 1H, TH and HH.
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User Guide Start
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1) Access the timing trigger displays
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$TOOLS/pydm/display/evnt/tprDiag.ui & $TOOLS/pydm/display/evnt/tprDiagExp.ui
*Add Example to how to open related display tprTrigger
*Autogen display from DB
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*Fixing undefined macros
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2)General TPR Setup:
2a) Make sure the MODE PV is set to SC, Link is up and set the Message Delay
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Example = 112597 nsec BPMS Message Dealy set in Diag0
Set through caput!
2b)Setup TPR Trigger
The Triggers are linked to the firmware by the Firmware Engineer, talk to the Firmware Engineer to find out what is associated with each Trigger and then set meaningful names to each trigger "Desc".
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*Change the TWID and TDES to enterable fields → Verify that SYS0 and SYS2 does update with Mode switching
*Allow to view NC and SC displays
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$TOOLS/pydm/display/evnt/tprDiag.ui
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Q1) Do you need to trigger when a Destination is included?
LASER0X1
DIAG00X2
DUMPBSY0X4
DUMPHXR0X8
DUMPSXR0X10
LESA0X20
Q2) Do you need to trigger at a Lower Frequency?
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Q3) Do you have a special trigger, like a Calibration, Kicker or BSA BUFF?
The SECTIONS of Channel setup are organized by column and repeated by row (x15 configurable channels)
Rate Mode can be Fixed, AC or Seq
Fixed Rates are 1Hz, 10Hz, 100Hz, 1KHz, 10KHz, 71.5KHz and 1MHz (929KHz) - If different, you are loading the wrong db!
AC Rates are 0.5Hz, 1Hz, 5Hz, 10Hz, 30Hz, 60Hz → To achieve 120Hz INCLUDE TIMESLOT MASK TS3 and 6!
*0.5Hz Please review DB → Should that be there?
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Exp Rate → THIS SECTION NEEDS EDITS! Apologies...
Dest Mode= Inclusive, Exclusive or Don't care
Dest Mask = Enter Destination bit
Use Cases:
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3a) Trigger based on a Destination receiving Beam
Rate Mode = Fixed
1MHz + Include Dest
Fixed Rate = 1MHz
Destination Mode = Include
Destination Mask = Dest Bit
Ch Enabled → Only when you are done configuring, to avoid high undesired triggers on your device!
This will trigger your device in either Fixed rate or AC Rate beam, anytime there is beam.
3b) Trigger based on Destination and Particular Rate (Device Rate Limited)AC and/or Fixed Rate at a Lower rate than beam rate with Destination Requirement
Fixed Rate Case:
Rate Mode = Fixed
Fixed Rate = 10Hz
Destination Mode = Include
Destination Mask = Dest Bit
Ch Enabled → Only when you are done configuring, to avoid high undesired triggers on your device!
AC Rate
3c) Trigger based on a particular rate but no destination requirement
Case:
Rate Mode = AC
AC Rate = 10Hz
Destination Mode = Include
Destination Mask = Dest Bit
Ch Enabled → Only when you are done configuring, to avoid high undesired triggers on your device!Dest Mode = Don't Care
3c)Trigger based on AC and/or Fixed Rate at a Lower a Lower rate than beam rate withOUT Destination Requirement
Fixed Rate = 10HzCase:
Rate Mode = Fixed
Fixed Rate = 10Hz
Destination Mode = Don't care
Ch Enabled → Only when you are done configuring, to avoid high undesired triggers on your device!
AC Rate Case:
Rate Mode = AC
AC Rate = 10Hz
Destination Mode = Don't care
Ch Enabled → Only when you are done configuring, to avoid high undesired triggers on your device!
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3d)
Trigger on special bits like the Calibration Bit for BPMS → Control Sequence Setup
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Seq = # and bit = # & EXCLUDE dest = # this provides the out of time trigger.
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3e)Trigger on a SYS BSA Buffer at 1Hz, 10Hz, 100Hz → Control Sequence SetupA) For a specific area