Wojciech Cichalewski
(Lodz University of Technology - DMCS)
Ranging from detecting a slow temperature rise to responding rapidly to
excessive current flow in the coupler bias high-voltage circuit, and up
to detecting stray RF signals, the Radio Frequency Protection Interlock
(RFPI) system is designed to monitor numerous cavity-related signals and
react within 100 µs - 1ms time to any observed violation of safety
margins. This contribution summarizes the current status of the design
and evaluation of a novel RFPI system developed for the Proton
Improvement Plan II (PIP-II) project at Fermilab. It presents an
overview of the system’s evolution—from the initial proof-of-concept
(PoC) prototype to the final design version prepared for the last stage
of evaluation before the mass-production campaign. The status of the
dedicated test-stand environment used for system verification is also
discussed
| Abstract Category |
Hardware
|
Wojciech Cichalewski
(Lodz University of Technology - DMCS)
Dr
Bartosz Pękosławski
(Lodz University of Technology Department of Microelectronics and Computer Science)
Grzegorz Jabłoński
(Lodz University of Technology - DMCS)
Dr
Jeremiah Holzbauer
(FermiLab)
Kacper Kłys
(Lodz University of Technology - DMCS)
Niral Patel
(FermiLab)
Dr
Paweł Marciniak
(Lodz University of Technology Department of Microelectronics and Computer Science)
Dr
Philip Varghese
(Fermilab)
Dr
Piotr Amrozik
(Lodz University of Technology Department of Microelectronics and Computer Science)
Rafał Kiełbik
(Lodz University of Technology - DMCS)
Dr
Rafał Kotas
(Lodz University of Technology Department of Microelectronics and Computer Science)
Dr
Wojciech Jalmuzna
(Lodz University of Technology Department of Microelectronics and Computer Science)
Wojciech Tylman
(Lodz University of Technology - DMCS)
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