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COTS components

Radiation Screening of COTS Components and Verification of COTS RHA Approach

  • Posted by Peter Beck
  • On December 3, 2019
  • 0

Content

  • Project Objectives
  • Project Structure and Schedule
  • Test Candidates
  • Test Set-Up Preparations
  • Irradiation Campaigns
  • Radiation Hardness Assurance Procedure for COTS

 

objectivesCORHA Objectives

 

  • Radiation screen Commercial Off-The-Shelf (COTS)

 

    • Novel semiconductor technologies of interest to
    • European Space Agency, ESA  
    • European Space Industry, and 
    • SmallSat applications

 

 

  • Define and justify RHA processes for COTS 

 

    • Related to irradiation characterization of COTS components
    • Consider simulation codes for SEU prediction

 

Project Overview and Schedule

schedule

COTS Test Candidates

candidates

 

Motivation for Test Candidates 

  • COTS components
  • State-of-the-art technologies 
  • Special interest to ESA and the space industry
  • Focus on SmallSat applications
  •  Innovative Memories
  •  European Microcontrollers
  •  Operational Amplifiers
  •  Multiplexer
  •  DC/DC converter
  •  A/D converter

Several SEE Test Campaigns 

proton testing

Proton Testing 

Proton Irradiation Facility (PIF)

PSI, Switzerland

 

http://pif.web.psi.ch

heavy ion testing

Heavy Ion Testing
RADEF
Jyväskylä, Finland

 

https://www.jyu.fi/fysiikka/en/research/accelerator/radef/facility

heavy ion

Heavy Ion Testing 

Heavy Ion Facility (HIF) 

UCL, Belgium

http://www.cyc.ucl.ac.be/HIF/HIF.php 

TID Test Campaigns – TEC-Laboratory, Seibersdorf (A) 

laboratory

 

 

laboratory2

Innovation – Radiation Hardness Assurance for COTS

risksObjectives

  • Propose RHA approach for COTS
  • Investigate upset rate calculation tools

Content

  • Literature review 
  • Ad-hoc RHA approach 
    • appropriate risk assessment
    • calculation tools
      e.g. PROFIT, SIMPA, FOM
    • statistical analysis
  • Compare SEU rate measurements 
  • Cost saving aspects

 

Summary

 

  • CORHA – ESA project on RHA for COTS was launched in January 2019

 

  • Coordinator: Seibersdorf Laboratories, Partner: University of Padova 
  • Project duration is 36 months
  • Testing of 12 state-of-the art and innovative COTS components for TID and SEE effects
  • Test candidates are selected and procured
  • Test set-up preparations are ongoing, TRR on 27th November 2019
  • An innovative RHA approach for COTS will conclude the study in 2021
  • Author
  • Recent Posts
Peter Beck
Peter Beck
Dr. Peter Beck is Head of the Radiation Hardness Assurance and Space Weather Expert Team at the Seibersdorf Laboratories in Austria, close to Vienna. Dr. Peter Beck is working on radiation effects caused by cosmic radiation to humans and electronic components for more than 25 years. He established in Europe radiation protection routine services for aircrew exposure due to cosmic radiation. In addition, he has set up the first accredited testing
laboratory for TID tests in Austria, which enables the irradiation of electronic components for qualification in space and harsh radiation environments in accordance with the international testing laboratory standard EN ISO/IEC 17025.
Peter Beck
Latest posts by Peter Beck (see all)
  • Radiation Screening of COTS Components and Verification of COTS RHA Approach - December 3, 2019
TAGS: ACCEDE 2019 COTS

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