Project%20Status%20Electronic%20Systems%20Engineering

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Project Status Electronic Systems Engineering

• Guilherme Cardoso, Section Leader
• September 12, 2006

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Outline

• Meet the new ESE section
• 3 groups DAQ, Control and Timing, Detector
  Instrumentation, Engineering Support
• Effort allocation for August and metrics
• Current project status
• SNAP
• Phenix
• NOvA
• ILC LLRF
• ILC detector RD
• CMS
• CDF and D0 Run 2
• Accelerator IPM, MI BPM, TeV BPM
• Future projects
• CMS RD for SLHC
• ILC test beam at MTest
• MIPP, CDF, INFN-Pisa, INFN-Lecce and others

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DAQ, Control and Timing Group
Bill Haynes, GL Tom Boes Gustavo Cancelo Greg
Deuerling Rick Kwarciany Stefano Rapisarda Neal
Wilcer

• Core competencies
• Control systems
• Firmware
• DAQ systems
• VME PCI
• CDF D0
• Timing algorithms
• Project portfolio
• ILC LLRF
• PTA
• NOvA

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Detector Instrumentation Group

• Core competencies
• Multichip modules
• Test stands
• Front end design
• ASIC specs
• Wire bonding
• Thick and thin film
• Firmware
• Project portfolio
• Phenix
• CMS
• SNAP
• ILC detector RD

Guilherme Cardoso, SLGL Alan Prosser, AL Jeff
Andresen Stew Bledsoe John Chramowicz Hank
Connor Ryan Rivera Marcos Turqueti
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Engineering Support Group
Vince Pavlicek, GL Bill Barker Jim Franzen Rick
Mahlum Thinh Pham Ken Treptow Ted Zmuda

• Core competencies
• CDF D0
• Project management
• PCB layout
• PREP customer support
• Equipment repair
• Project portfolio
• ILC costing
• Run 2
• ILC LLRF
• Interface to PREP logistics
• PREP equipment repair
• NOvA

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Effort Report for August 06
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Source of Funds
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New Roles for PREP Support Staff at ESE

• Vince and Rick are ESEs interface with PREP
• ESE and CS are working together to continue
  providing PREPs customers with excellent
  services
• PREPs diminishing scope creates great
  opportunity for staff to work in ESEs projects
• PCB layout
• Wire bonding
• Firmware design
• Software design
• Training
• The trend is to spend less time with PREP repair
• Spikes are expected.
• Steady state level determined by size of PREP

Vince Pavlicek Bill Barker Stew Bledsoe Tom
Boes Hank Connor Rick Mahlum
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Their Current Effort Allocation Already Reflects
this Trend
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ESE Metrics

• Equipment repair
• Equipment repaired per month
• Labor employed in PREP repair
• Effort allocation
• Labor utilization per project
• Labor utilization per funding source
• Ill check monthly our compliance with CDs
  strategic goals and budget

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Project Status - SNAP

• Description
• More details on the next Astrophysics
  presentation (Oct. 24)
• Scope
• Slice hardware and firmware, DAQ system
  engineering, memory testing hardware and
  firmware, ASIC test engineering
• Schedule
• Ongoing RD project, system definition expected
  for FY08
• ESE Effort
• 2.5 FTE with growth opportunities
• Stakeholders
• Alan Prosser, John Chramowicz

• Slice Card
• Flash Memory Testing
• ASIC Test

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Project Status - Phenix

• Scope
• Test stand, pixel module HDI, and pixel plane for
  the pixel detector for the Phenix upgrade in
  2008.
• Schedule
• MOU with LANL ends in November 30. We are on
  schedule. Continuing work beyond MOU within ILC
  detector RD scope.
• ESE Effort
• 1-2 FTE
• Stakeholders
• Marcos Turqueti, Ryan Rivera, Jeff Andresen, John
  Chramowicz

Test stand Pixel Module
Pixel Plane
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Project Status - NOvA

• Scope Schedule
• Data Combiner Module Prototype Schematic done,
  layout underway, firmware started, software soon.
  This design contains more than the required
  functionality and could be used for the Near
  Detector test Dec 2007.
• Timing system Evaluation GPS receiver purchased
  as the timing reference and will be evaluated
  this fall with the prototype DCM. System
  architecture has been proposed, accepted and
  being integrated with the far detector cooling
  and power distribution design going on now.
• ESE Effort
• 1 FTE
• Stakeholders
• Bill Haynes, Rick Kwarciany, and Jim Franzen

• Data Combiner Module

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Project Status - Accelerator

• Quick update to projects from another report
• MI BPM Long list of people
• One task remaining read-back of front-end
  settings. Requires changes to the Transition
  controller (Rapisarda) and the Timing card
  (Haynes). Designs are done, testing shows only
  one bug, correction is stopped by vacation.
• Cleaning up spare parts, documentation and loose
  ends.
• TeV BPM Bill Barker
• Approximately 4 days supporting repairs and
  updates with AD personnel.
• IPM Rick Kwarciany
• Operating at some level. Commissioned Oct 2005.
  In FY06 Rick has spent 6 weeks consulting on
  debugging and changing firmware in support of the
  operation.

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Project Status - ILCTA Engineering Support

• Scope Schedule
• Simcon Low Level RF Controller The 30 page
  schematic is done and the review scheduled for
  today. The layout is starting. The firmware
  are changes well underway.
• Stakeholders
• Gustavo Cancelo, Ted Zmuda, Rick Kwarciany, Ken
  Treptow, and Neal Wilcer

• DESYs SIMCON

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Project Status - CDF Run2 Engineering Support

• FY06 Effort Projection was 1.3 FTE
• 10 month total is 5.54 FTE-months or .55
  FTE-months
• CDF Projects Haynes, Bledsoe, Treptow, Pavlicek
• CDF Clock Clone Card Complete/commissioned
• 15 additional High Voltage Crowbars done this
  month
• DOIM Receiver Investigation
• CAEN Power Supply Radiation Tolerance
  Investigation
• CDF ongoing Support - Haynes, Chramowicz, Pham,
  Treptow, Pavlicek, Rapisarda, Zmuda, Bowden
• Clock Clone Card, Crowbar Module repair, SVX
  modules (6) consulting in support of ESG.

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Project Status D0 Run2 Engineering Support

• FY06 Effort Projection was 1.3 FTE
• 10 month Total is 8.25 FTE Months or 0.83
  FTE/month
• D0 Projects Zmuda, Rapisarda, Wilcer, Kwarciany
• D0 L1 Cal trigger upgrade - Complete but under
  diagnosis.
• VLSB module production and testing Complete
• Vertex Trigger Luminosity Monitor Firmware -
  Commissioned
• D0 Support - Zmuda, Pham, Rapisarda, Wilcer,
  Kwarciany, Bowden
• VRB Controller (VRBC), Vertex Trigger Board
  Luminosity Monitor Firmware, Trigger Distribution
  System, Fiber Tracker Mixer System, VRB module
  consulting in support of ESG.

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Future Projects CMS Upgrade

• Interesting opportunity to participate early in
  the development of the project
• Good chance that Fermilab will be a major
  stakeholder
• Given BTeV and CMS forward pixels experience
• Our group is well positioned to worn on the
  design of
• DAQ
• Pixel detector
• Trigger

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Future Projects ILC Detector RD

• Test beam facility at M-Test
• ESE as one stop shop
• Create group within ESE to support new customers
  to the test beam
• Provide sw, hw, and fw solutions to the test beam
  community
• Goal design new DAQ with new telescope
• Need sw help from Gerry ideally 1 FTE for FY07
• Supported by ILC and PPD
• Pixilated detector RD
• Wafer probing
• ASIC specifications and testing
• System analysis
• Research of 3D packaging

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Test beam setup
Y
X
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O
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Y(3)
Y(11)
X(4)
X(5)
X(9)
X(10)
CMS

• Telescope of 6 BTeV pixel detectors (50 ?m ? 400
  ?m)
• 2 Y-measurement planes
• 4 X-measurement planes
• CMS pixel detector in the center
• Track projection error
• about 3 ?m on X-direction about 8 ?m on
  Y-direction.
• PROBLEM small tracking volume

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ESE has a long history at MTest
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New Telescope
Y
X
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Z
Y(3)
Y(11)
X(4)
X(5)
X(9)
X(10)
CMS

• Current pixel telescope single chips
• Replace with planes of 8-chip modules

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MIPP, INFN-Pisa, INFN-Lecce and others

• I get about 1 call per week from people all over
  the world asking for pixel detectors
• They are all trying to build a pixilated tracker
  for some time of test beam application
• Once hearing the complexity of the device, most
  never call again
• Some call back sporadically
• Few keep calling all the time
• It would be great to have a group dedicated to
  the support of serious requests
• MIPP trigger upgrade will try to leverage
  Phenix/ILC work (economies of scale?)
• INFN-Pisa wants to use SVX4 hybrids from CDF
  Runiib
• INFN-Lecce wants to use FSSR hybrids from BTeV

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CDF CEAN Power Supply Radiation Tolerance

• Description
• CAEN High Voltage power supplies are in the
  collision hall and demonstrate problems
  indicative of single event upset (SET).
• Scope
• Investigate specifics of problems and possible
  mitigations including shielding, orientation and
  hardware or software changes.
• Schedule
• Low priority intermittent.
• ESE Effort
• About 1 day per month. Will become more
  important as the luminosity grows.
• Stakeholders
• Vince Pavlicek, Rick Tesarek (CDF), Silicon SPL.

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CDF DOIM Receiver (Bit Booster)

• Description
• Radiation damage is reducing the light output of
  the fiber optic link transmitters. They can be
  turned up but that happens in groups of 95 and
  in 4 or 5 groups the brightest bit is too bright
  for the receiver. We are investigating making a
  new wide range receiver.
• Scope
• Small prototype built with support from CDF. Need
  design resources.
• Schedule
• Resource driven. Current prototype works. Need
  production layout.
• ESE Effort
• 15 FTE/mo for 10 months.
• Stakeholders
• Ken Treptow, Silicon SPL