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Outline
Collaboration Meeting at National Central University, Taiwan, March 25th, 2019
Robert Pisani, Scientist
Michael Lenz, Sr. Mechanical Technician Donald Pinelli, Sr. Electrical Technician
Rachid Nouicer, Scientist
First INTT Prototype
Silicon module 2018
source test, beam test
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Outline
Dan Cacace,
Mechanical Engineer
Robert Pisani, Scientist
Rachid Nouicer, Scientist
Miracle Company
in Taiwan
Connor Miraval,
Mechanical Engineer
Michael Lenz, Sr. Mechanical Technician Donald Pinelli, Sr. Electrical Technician
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Outline
Robert Pisani, Scientist
Michael Lenz, Sr. Mechanical Technician Donald Pinelli, Sr. Electrical Technician
Rachid Nouicer, Scientist
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Facilities at BNL Physics Department
Electronics Support Lab. Machine Shop
Detector Support labMain Silicon Lab
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Silicon Assembly Facility: INTT Assembly lab
OGP Smart Scope alignment system
XY Stage Inspection scope
Automatic Sensor Probe Station
Main Silicon Lab at BNL
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Production Capability: Silicon Assembly INTT
Laser scan of the stave (flatness)
Modules alignmentLadder survey
Measure the reference
point of the stave
OGP Smart Scope alignment system
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Outline Two INTT Bench Tests of Ladders at Silicon Lab. BNL
Bench Test #1Radioactive source test, cosmic-ray, beam test
Bench Test #2 (FVTX Bench Test)
Student: Masuda Hidekazu
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Outline
New facility for wire-bonding and encapsulation at Instrumentation Division, BNL
Silicon wire-bonding and Encapsulation Facility: Inst. Div. BNL
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Outline
Automatic
Encapsulation
machine
Silicon wire-bonding and Encapsulation Facility: Inst. Div. BNL
Thermal Recycling
Chamber
Wire-bonding machines
Kent, a new hire
LSST Science Raft Final Design Review • Brookhaven National Laboratory, Upton NY • 2015 10
Cleanroom Layout: Physics Department BNL (Courtesy of Bill Wahl)
Layout developed by Matt Rumore
LSST Science Raft Final Design Review • Brookhaven National Laboratory, Upton NY • 2015 11
Views of Cleanroom Physics Department BNL (Courtesy of Bill Wahl)
Anteroom Gowning Room Log Book Sign-in Station
LSST Science Raft Final Design Review • Brookhaven National Laboratory, Upton NY • 2015 12
➢ Test Stand 1 (Hardware Receipt/Inspection)
• Hardware Registration
• Prepare for storage in Cleanroom
Status: Commissioning
➢ Test Stand 2 (Mechanical Metrology - OGP)
• Single Sensor & Raft Base Plate metrology
Tooling includes: MF-01, 02, 03, 04, 05 & 07
(Covered by Takacs talk)
Status: Commissioning
➢ Test Stand 3 (Sensor EO Testing)
▪ Single Sensor EO Testing
(Uses vendor supplied shipping Jig)
Status: Commissioning
Tooling and Test Stand Readiness(Test Stands 1, 2 & 3)
No tooling – eDocumentation Only
TS-3 developed by Justine Haupt
Physics Department BNL (Courtesy of Bill Wahl)
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Since 2016: Mike Lenz contributed significantly in the mechanical assembly of the INTT Silicons
modules for: source test, cosmic ray test, and beam test
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Outline
Robert Pisani
Beam Test and Thermal Study of the Half Stave
Setup placed in tube and
insulated
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Outline INTT Detector Design and Integration
Barrels Support
Barrels
INTT in TPC
Dan Cacace
Front View
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Outline Necessary Equipment for Ladder Assembly
• With a wingspan of 31.5 inches, the staves require a large measurement system to survey the flatness throughout assembly.
• BNL’s on-hand OGP Smartscope Flash 500 is the perfect tool for the job:
• Large travel bridge with a support span of 33.125 inches.
• Measurement platen can accommodate multiple assembly fixtures at once.
• Top-down laser optical measurement system with potential Z accuracy of 2 microns.
Connor Miraval,
Mechanical Engineer
from LSST joined INTT
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Outline FEA Analysis and Ladder Assembly Procedure (OGP 500)
Connor Miraval,
Mechanical Engineer
from LSST joined INTT
chips pickup fixtureSensors pickup fixtures
Chips and Sensors mounted on the HDI = Ladder
Mounting HDI on the CFC Stave
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- The INTT BNL team contributed significantly:
- Design of the silicon sensors,
- Design of the bus High Density Interconnect (HDI),
- Assembly of silicon modules prototypes (stave+ HDI + chips + sensors), and wire-bonding
- Source test, cosmic-ray test, and beam test
→ Faced many issues and overcome many challenges in the design and assembly of silicon modules
→ This was necessary and it is part of a long learning curve leading to a successful INTT detector
→ Outcome of learning curve: moving toward the pre-production ladder assembly and ready for the ladder mass production
At BNL, we desperately need students from universities to learn from the experts in the silicon detector
construction and carry out the leadership in the INTT detector construction and physics analysis in sPHENIX.
Outline Conclusion