Operational experience of ALBA's Digital LLRF at SOLARIS Light Source
P. Borowiec (1), L. Dudek (1), W. Kitka (1), A. Kisiel (1), P., Klimczyk (1), M. Knafel (1), M. Kopec (1), A. Wawrzyniak (1), F. Perez (2),, A. Salom (2), A. Andersson (3), R. Lindvall (3), L. Malmgren (3), A. Mitrovic, (3) ((1) National Synchrotron Radiation Centre SOLARIS
TL;DR
This paper shares operational insights and experiences from deploying ALBA's digital LLRF system at the Solaris light source, highlighting implementation, commissioning, user learning, and upgrade plans.
Contribution
It presents practical operational experience and lessons learned from deploying a near-turnkey digital LLRF system in a new light source facility.
Findings
Successful implementation with minimal adaptations
Smooth commissioning and user learning curve
Plans for future system upgrades
Abstract
For control of RF cavities installed in Solaris storage ring light source the digital Low Level RF (dLLRF) system was necessary from the beginning of operation. Since there were no expertise at the new constructed facility and no time for development due to funds deadline, almost turn-key dLLRF from Alba has been implemented according to MAXIV selection. Thanks to high flexibility of dLLRF only small adaptations were needed in terms of interfaces to auxiliary systems and setup of parameters. This paper summarizes operational experience about installation, commissioning, learning-curve from entry-level user, beam operation and future upgrades of this dLLRF.
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Taxonomy
TopicsAdvanced X-ray Imaging Techniques · X-ray Spectroscopy and Fluorescence Analysis · Particle Detector Development and Performance