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Intro



Specifications - Laser



Specifications - System


Presentations

PoF Shared Folder

Initial Proposals

20-FY242_KA25_PoF_Proposal.pptx

KA25 FY24_Synopsis_PoF.docx


Other talks about PoF

CPAD_2023_Ajib_Paudel (1).pdf

EIC_R_D_2023_Mandal.pdf


Meeting Minutes

Meeting Minutes

    • Alex presented a summary of bibliography. Presentation can be found in the shared folder here:PoF_Shared_Folder

    • Sander presented about laser safety. Presentation in shared folder
    • Laser safety takes approx. 4 months. We need to start asap

    • The cryo measurement has been done by DUNE, what is our target? 
    • DUNE group at FNAL has favored connection with Broadcom, for customized products for cryo.
    • MSU and CU reached out to James about the status of the project.
    • We can lend setups to partners. One Broadcom setup is around 2k

Next Steps: 

    • Sketch of lab space in 113 (James) 
    • Ask Ryan about Lab space in building 84 (Sander) 
    • Contact Mike Wooks for a meeting (Sander) 
    • Redefine Scientific goals (everybody) 
      • Verify if it can power 1 reticle (min) and 16 reticles (max) (Alex) 
    • Contact DUNE at FNAL (Sander) 
    • Can we/ Will we take a SULI Student? (Caterina) 
    • Draft of PCB board (Pietro) 

Meeting Minutes

    • Marty talked to Michael Woods (Laser Safet Officer at SLAC), and he seems understanding of our need. General recommendations: laser always connected to a receiver, laser in a box,...?
    • Mengqing at Nikhef has a set of lasers. A possible collaborator.
    • Sander has been to the laser safety event at Stanford.
    • We need to think about the system level for safety, and for practical reasons (where to dissipate power in a power-pulsed system). We either have to control the laser, or tune it to deliver the 'average' power that is stored on a capacitor, and regulated with an LDO
    • We need to start with a generic system, with LDO, and a set of variable loads (resistors) with a way to monitor the ouput voltage and current, to characterize the system before connectiong it to any real load (ASICS, SiPM).

To Do list:

    • Start ES&H Process on laser safety (Sander)
    • Literature study on solutions/competitions (Alex)
    • create a list of possible laser and diode providers (Alex and James)
    • Concept design of PoF board (Pietro)
    • Start setting up a lab space (James)
    • Reach out to collaborators, with a potential meeting before winter break (Sander and James)
    • Keep an eye for relevant talks at CPAD and NSS (everybody)


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