LLRF Interlocks PDR

Name: LLRF Interlocks PDR
Start: 2022-12-06T14:00:00+01:00
End: 2022-12-07T18:40:00+01:00
Location: No location set

6 Dec 2022, 14:00 → 7 Dec 2022, 18:40 Europe/Warsaw

DMCS TUL, Wolczanska 221, 93-005 Lodz, Poland

Description

The Preliminary Design Review of the Radio Frequency Protection Interlock system for the PIP-II.

This is hybrid (in person/remote) meeting.

The link for the MS Teams connection is:

https://teams.microsoft.com/l/meetup-join/19%3ameeting_YjZmOGM3NDktOWY0MS00NmZhLTgzY2ItZTk4MDRlZTRkMzEy%40thread.v2/0?context=%7b%22Tid%22%3a%2267ea5955-9b5c-4693-a8f9-960f2a3b49bb%22%2c%22Oid%22%3a%2220ca76b9-7b02-4b13-9881-86d26b77d57e%22%7d

Tuesday, 6 December
- Tue, 6 Dec
- Wed, 7 Dec
- 14:00 → 14:20
  
  Executive Session 20m
- 14:20 → 14:40
  
  Welcome and opening word 20m
  
  Speakers: Wojciech Cichalewski (LUT-DMCS), Prof. Wojciech Tylman (DMCS-TUL)
  
  DMCS_2022.pdf
- 14:40 → 14:55
  
  Introduction PIP-II project & PDR rules 15m
  
  Speakers: Christopher Becker (PIP-II Technical Integration), Elvin Harms (Fermilab)
  
  PIP-II Review Introduction for Reviewers.pptx
  
  RFPI_PDR_welcome_eh.pptx
- 14:55 → 15:20
  
  LLRF system and RFPI sub-system 25m
  
  Speakers: Brian Chase (FNAL), Niral Patel (Fermilab)
  
  PIP-II LLRF-RFPI PDR Chase.pptx
  
  RFPI_RFPI_System_Intro_NPatel_2_12062022.pptx
- 15:20 → 15:35
  
  High level RFPI schedule 15m
  
  Speakers: Elvin Harms (Fermilab), Mike Dinnon (Fermilab)
  
  High Level PresentationV3.pdf
- 15:35 → 15:55
  
  RFPI requirements 20m
  
  Speaker: Niral Patel (Fermilab)
  
  RFPI_PDR_Requirements_NPatel_12062022.pptx
- 15:55 → 16:10
  
  Coffe break 15m
- 16:10 → 16:25
  
  Proof of Concept prototype structure 15m
  
  Speaker: Wojciech Cichalewski (LUT-DMCS)
  
  Proof of Concept prototype structure.pdf
- 16:25 → 16:40
  
  PoC Hardware 15m
  
  Speaker: Wojciech Jalmuzna (Lodz University of Technology)
  
  POC_Hardware.pdf
- 16:40 → 16:55
  
  Main logic realization/execution HW 15m
  
  Speaker: Dr Piotr Amrozik (TUL-DMCS)
  
  Main logic realization HW.pdf
- 16:55 → 17:10
  
  Signal Conditioning: NIRP sub-module 15m
  
  Speaker: Grzegorz Jablonski (TUL-DMCS)
  
  SignalConditioning NIRP.pdf
- 17:10 → 17:30
  
  Questions & Answers session and Day 1 Closeout 20m
Wednesday, 7 December
- Tue, 6 Dec
- Wed, 7 Dec
- 14:00 → 14:10
  
  Announcements and Day 2 Introduction 10m
  
  Speaker: Wojciech Cichalewski (LUT-DMCS)
  
  Day2.pptx
- 14:10 → 14:25
  
  HW for signal conditioning: Contact Switches 15m
  
  Speakers: Dr Bartosz Pekoslawski (TUL-DMCS), Dr Pawel Marciniak (TUL-DMCS)
  
  SignalConditioning CS.pdf
- 14:25 → 14:40
  
  HW for signal conditioning: RTD and HV 15m
  
  Speakers: Dr Bartosz Pekoslawski (TUL-DMCS), Dr Pawel Marciniak (TUL-DMCS)
  
  SignalConditioning RTD.pdf
- 14:40 → 14:55
  
  HW for signal conditioning: SSA 15m
  
  Speakers: Dr Bartosz Pekoslawski (TUL-DMCS), Dr Pawel Marciniak (TUL-DMCS)
  
  SignalConditioning SSA.pdf
- 14:55 → 15:10
  
  HW for signal conditioning: FEP 15m
  
  Speakers: Dr Bartosz Pekoslawski (TUL-DMCS), Dr Pawel Marciniak (TUL-DMCS)
  
  SignalConditioning FEP.pdf
- 15:10 → 15:30
  
  HW for management and diagnostics 20m
  
  Speaker: Dr Rafal Kotas (DMCS-TUL)
  
  ManagementHW.pdf
- 15:30 → 15:45
  
  Coffee break 15m
- 15:45 → 16:05
  
  Quality Control/ HW&SW Documentation 20m
  
  Speaker: Wojciech Jalmuzna (Lodz University of Technology)
  
  Quality_Control_and_HW_andSW_documentation_.pdf
- 16:05 → 16:20
  
  SW for the main functionality 15m
  
  Speaker: Dr Rafal Kielbik (TUL-DMCS)
  
  Main_function_SW.pdf
  
  reading_adc_patern.mp4
- 16:20 → 16:35
  
  SW for the management and watchdog 15m
  
  Speaker: Prof. Wojciech Tylman (TUL-DMCS)
  
  ManagementSW.pdf
- 16:35 → 16:55
  
  Project Controls & detailed Schedule and effort 20m
  
  Speaker: Mike Dinnon (Fermilab)
  
  TUL RFPI Schedule EffortV2.pdf
- 16:55 → 17:10
  
  Questions & Answers 15m
- 17:10 → 18:10
  
  Executive session 1h
- 18:10 → 18:30
  
  Closeout 20m