7. Conclusion
Significant gains of between 30% and 60% can be achieved in areas where optimization is possible. However, on a complete system, the overall gain is generally in the range of 15% to 20%, as many critical functions require conservative modeling. Optimizing reliability calculations in electronic equipment is a strategic lever for manufacturers. In a sector where competitiveness depends on both technical performance and cost control, a more accurate assessment of failure risk, without oversizing architectures, can become a real success factor. We summarize this entire method in the table 11 .
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Bibliography
Standards and norms
- Norme américaine de prédiction de la fiabilité des composants électroniques basée sur des taux de panne empiriques et des facteurs environnementaux. DoD. - MIL-HDBK-217F - 1995
- Guide français de modélisation avancée du taux de défaillance électronique intégrant la qualité des processus. DGA/Groupe FIDES. - FIDES - 2009
- European standard belonging to the document entitled "Insurance of space products" –...
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