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January 22, 2026JACOW0 citationsOpen Access

Development and Characterization of a Radiation-Tolerant Power Supply for Beam Instrumentation

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WVWilliam ViganoCZChristos ZamantzasEEEwald Effinger

Key Points

  • The aim is to design a power supply that meets the stringent requirements for beam monitoring systems in radioactive environments.
  • Developed a new power supply using CERN-designed ASICs and radiation-tolerant qualified COTS.
  • Employed a modular architecture for quick interventions and safe handling.
  • Conducted prototype characterization to identify issues and mitigation methods.
  • Achieved low noise and high reliability for the power supply in harsh conditions.
  • Identified key issues in initial design and provided effective mitigation strategies.
  • Demonstrated successful prototype testing under expected environmental stresses.

Abstract

CERN’s Beam Instrumentation Group is developing a mini-crate to host the future Beam Loss Monitor (BLM) and Beam Positioning Monitor (BPM) systems acquisition electronics at HL-LHC and SPS accelerators. For this purpose, a new power supply has been designed to meet the low noise requirements, high reliability, and availability standards for these harsh radioactive environments. This design makes use of CERN-developed ASICs and radiation-tolerant qualified COTS and follows a modular architecture for quick interventions and safe handling. The paper presents the design, prototype characterisation results, identified issues, and mitigation methods to achieve the required radiation tolerance.

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Cite This Study

Vigano et al. (2026) studied this question.

synapsesocial.com/papers/6971bd6a642b1836717e2099https://doi.org/10.18429/jacow-ibic2025-mopmo08
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