1 / 4

- Design - Tests - Analyses - Conclusion

EUSO-BALLOON DESIGN REVIEW, 18.12.2012, CNES TOULOUSE. Verification Plan. Guillaume Prévôt APC, Paris. - Design - Tests - Analyses - Conclusion. Recommendations. 3 mains mean of verification :

sibyl
Download Presentation

- Design - Tests - Analyses - Conclusion

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. EUSO-BALLOON DESIGN REVIEW, 18.12.2012, CNES TOULOUSE Verification Plan Guillaume Prévôt APC, Paris • - Design • - Tests • - Analyses • - Conclusion

  2. Recommendations 3 mains mean of verification: - By Design: See Instrument Definition (EUSO-DF-INST-204-LAL_V2.0), Mechanical Architecture (EUSO-MA-INST-406-IRAP_V1.0) or Electrical Architecture (EUSO-EA-INST-001-APC_V1.0) - By Tests: specificmeasurements and tests (weight, length, environnement tests) or byAIT Tests: SeeAssembly, Integration and Test Plan (EUSO-AI-INST-251-LAL_V1.0) - By Analysis: See Thermal analysis (EUSO-TA-INST-409-IRAP_V1.0), mechanicalanalysis (EUSO-MA-INST-406-IRAP_V1.0) By Design Most of the requirements are verified by Design and by Tests. Some of them are verified only by design: technology demonstrator, water tightness, fire, explosion, collection area, data storage, etc. Verification Plan

  3. Recommendations By Tests The AIT Tests foreseen in the PAIE (See EUSO-AI-INST-251-LAL_V1.0 and Sylvie D.’s presentation) will verify most of the requirements: background imaging, EAS detection, spectral range, low and strong illumination, gains, lenses, MAPMTs, ASICs, etc. The main tests for the PDM are: MAPMTs efficiency and gain measurements, calibration of the MAPMTs and of the ASICs (photocouting and KI), trigger validation test, subsystems tests, integration tests and subsystems assembly and functional tests, low pressure tests. The main tests for the DP are: subsystems functional tests, communications between the subsystems. By Analysis Some of the requirements are verified by design and by thermal or mechanical analysis: acceleration, temperature, pression, breaking requirements, etc. Verification Plan

  4. Conclusion Most of the requirements are verified by Design and by Tests. Some of the requirements are verified only by design, some by design and by analysis. No open issues. Verification Plan

More Related